40
Chuck Abel General Dynamics Space Systems Shaul Abramovich SSC Laboratory Frank S. Adams TSA Inc. Joanne K. Adams TSAInc. Aziz Ahmad SSC Laboratory Alexander A. Akhmetov SSC Laboratory Toshio Akita Akita Co. Ltd. David Alderson IGC Advanced Superconductors Bruce Andersen H&J Tool & Die Co. Charles E. Anderson Air Products & Chemicals Inc. Kathy Anderson SSC Laboratory David Andrews Oxford Instruments Julie Andrews General Dynamics Tom Ankermann Process Systems International Tamirisa R. Apparao SSC Laboratory William A. Appleton CVI Incorporated Attendees Bill Archer SSC Laboratory Craig S. Arden SSC Laboratory Julie B. Armstrong SSC Laboratory David N. Arnau Editorial Services International Richard Atkinson Silvex Al F. Axt Westinghouse Paul S. Ayres Babcock & Wilcox Kingo Azuma Mitsubishi Heavy Industries Robert Baer Efficient Engineering Co. Scott Bagwell SSC Laboratory David B. Bailey SSC Laboratory Rich Bailey General Dynamics Space Systems Bob Baldi General Dynamics Space Systems M. J. Ball SSC Laboratory Wayne Ballard SSC Laboratory Antonio Baltramin INFN-LNL 931

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Page 1: Attendees - link.springer.com

Chuck Abel General Dynamics Space Systems

Shaul Abramovich SSC Laboratory

Frank S. Adams TSA Inc.

Joanne K. Adams TSAInc.

Aziz Ahmad SSC Laboratory

Alexander A. Akhmetov SSC Laboratory

Toshio Akita Akita Co. Ltd.

David Alderson IGC Advanced Superconductors

Bruce Andersen H&J Tool & Die Co.

Charles E. Anderson Air Products & Chemicals Inc.

Kathy Anderson SSC Laboratory

David Andrews Oxford Instruments

Julie Andrews General Dynamics

Tom Ankermann Process Systems International

Tamirisa R. Apparao SSC Laboratory

William A. Appleton CVI Incorporated

Attendees

Bill Archer SSC Laboratory

Craig S. Arden SSC Laboratory

Julie B. Armstrong SSC Laboratory

David N. Arnau Editorial Services International

Richard Atkinson Silvex

Al F. Axt Westinghouse

Paul S. Ayres Babcock & Wilcox

Kingo Azuma Mitsubishi Heavy Industries

Robert Baer Efficient Engineering Co.

Scott Bagwell SSC Laboratory

David B. Bailey SSC Laboratory

Rich Bailey General Dynamics Space Systems

Bob Baldi General Dynamics Space Systems

M. J. Ball SSC Laboratory

Wayne Ballard SSC Laboratory

Antonio Baltramin INFN-LNL

931

Page 2: Attendees - link.springer.com

Paul Barale Lawrence Berkeley Laboratory

Ronald L. Barber Los Alamos National Laboratory

Marge Bardeen SSC Laboratory

Victoria A. Bardos SSC Laboratory

Dan Baritchi SSC Laboratory

Liana Baritchi SSC Laboratory

Paul Barnett Senate Energy Committee

Vinod Barot E. I. Du Pont

Henry Barton SSC Laboratory

Honorable Joe Barton U.S. House of Representatives

Fred Baumann Hirel Connectors Inc.

Barbara J. Beam AT&T Federal Markets Group

James E. Bear SSC Laboratory

Gerald F. Beatty LTV Steel Company

William M. Bedell Votaw Precision Technologies Inc.

Brian L. Beers SAIC

Jewel C. Bell Bell Machine Company Inc.

Thomas J. Bell Bell Machine Company Inc.

Peter F. Bellavigna Hitachi America Ltd.

Allan Bennett Allied Signal Aerospace Co.

Richard S. Benson LeCroy Corporation

Bob Bentley Integrated Resources Group

932

William Bernsdorf U.S. Department of Energy

Steve Berridge University Of Tennessee

Joginder S. Bhore The PBIMK Team

Duane Bingaman KurtJ. Lesker Co.

John Bird SSC Laboratory

Dan W. Bliss General Dynamics

Michael C. Boivin New England Electric Wire

Chris F. Boltz Metal Surfaces Inc.

John W. Bonn CVI Incorporated

William Bonow E. H. Wachs Company

Franz V. Boos MPI International Inc.

Regina Borchard Martin Marietta Energy Systems

RolfG. Bork SSC Laboratory

William N. Boroski Fermilab

Bruce Boswell Westinghouse MSD

Brad Boulais General Dynamics Space Systems

John Bower Westinghouse Electric Corp.

Louise Branch Canadian Consulate Trade Office

Neil Breckenridge SSC Laboratory

Richard J. Briggs SSC Laboratory

John E. Brogan Danco Precision Inc.

Donald P. Brown Brookhaven National Laboratory

Page 3: Attendees - link.springer.com

Graham Brown SSC Laboratory

John C. Bruno J & L Specialty Products

Warren Buckles Superconductivity Inc.

Lawrence D. Buhl Copper & Brass Sales

Alex M. Bulc Bechtel

Timothy E. Burnett Westinghouse MSD

Bob Burton Transpec Fasteners Inc.

Jackie Burton SSC Laboratory

Thomas O. Bush SSC Laboratory

Martin W. Butalla SSC Laboratory

John M. Butler Westinghouse MSD

Max Buttinger GEC-Marconi

Yunhai Cai SSC Laboratory

George E. Callender Westinghouse MSD

Hugh A. Calvin Jr Westinghouse Electric Corp.

H. Glenn Campbell Babcock & Wilcox - NNFD

Ronald A. Campbell EBASCO Constructors Inc.

Richard A. Cancilla Westinghouse Electric Corp.

R. Michael Capers Scientific Instruments Inc.

Donald W. Capone SSC Laboratory

William M. Caracciolo SSC Laboratory

Ruben H. Carcagno SSC Laboratory

1. W. Carey TRIUMF

Ronnie Carleton Office Of Congressman Martin Frost

Per Carlson MSI

Lawrence A. Carlstrom CVI Incorporated

Clayton H. Carmean The PB/MK Team

Jim Carney U.S. Department of Energy

Richard A. Carrigan J r. U.S. Department of Energy

John A. Carson Fermi National Accel. Laboratory

John Carusiello Meyer Tool & Mfg.

Shlomo Caspi Lawrence Berkeley Laboratory

Annette Caudiano Mitsui & Co. (USA) Inc.

William J. Cesarek Stellar Industries Inc.

Jeff Chang SSC Laboratory

Gerry Roy Chapman SSC Laboratory

Honorable Jim Chapman U.S. House of Representatives

Co by Chase SSC Laboratory

Yanping Chen SSC Laboratory

Allen Cheng The PB/MK Team

Enrico Chesi CERN

Warren Chester Crest Products Corp.

Michelle Chin Office Of Congressman Joe Barton

Ivan K. Chow SSC Laboratory

933

Page 4: Attendees - link.springer.com

Owen R. Christianson Westinghouse STC

Mark P. A. Ciotola San Francisco State University

Joseph R. Cipriano U.S. Department of Energy

Susan Claude Sheldahl

Jurgen Clausen Lotepro Corporation

Dave Clement House Science. Space & Technology

Committee

Lee H. Clippard Brown & Root Inc.

Lindsay W. Coffman U.S. Department of Energy

E. Scott Coleman SSC Laboratory

Mark W. Coles SSC Laboratory

E. W. Collings Battelle

Eugene P. Colton U.S. Department of Energy

James A. Conner Babcock & Wilcox

Tiziano Contran INFN-LNL

Roger W. Coombes SSC Laboratory

William J. Coops Westinghouse Marine Div.

Charles A. Corbett SSC Laboratory

Laird R. Cormell SSC Laboratory

TomCosmus Intermagnetics General Corp.

Diana Costa AT&T Federal Markets Group

Larry V. Coulson SSC Laboratory

Scott Covington Cryenco Inc.

934

Pat Cowan General Dynamics Space Systems

James L. Cox Martin Marietta

Jimmy Cox TU Electric

Philip J. Craig Westinghouse Electric Corp.

William D. Craig Bechtel

Phil Crane MDC Vacuum Products Corp.

R. Frank Cremeens Teledyne Pittsburgh Tool Steel

Greg Cruse SSC Laboratory

Paul Cunningham Handy & Harman

Frank M. Cunningham Swagelok Company

Per F. Dahl SSC Laboratory

Charles A. Dan SSC Laboratory

Marsh J. Dana Westinghouse Marine Div.

Greg Danninger General Dynamics Space Systems

Larry T. Darby Babcock & Wilcox - NNFD

Jim Darling Senior Flexonics

Vladimir Datskov SSC Laboratory

Mark Daugherty Superconductivity Inc.

Mark Davidson Fermilab

John Davis U.S. Department of Energy

Steve Davis SSC Laboratory

John W. Dawson Argonne National Laboratory

Page 5: Attendees - link.springer.com

Robert W. Dawson SSC Laboratory

Dean De Benedet Martin Marietta

Gary A. Deis SSC Laboratory

Joe G. Deley Westinghouse MSD

Jonathan Demko SSC Laboratory

Arnaud Devred SSC Laboratory

Nicholas Di Giacomo Martin Marietta

Joseph Di Marco SSC Laboratory

Les I. Dittert ICF Kaiser Engineers

Thomas W. Dombeck SSC Laboratory

Dell' Orco Domenico Lawrence Berkeley National Laboratory

Paul Domigan Field Effects

Rene Donaldson SLAC Beam Line

Guglielmo Donati Europa Metalli - LMI SPA

Jheroen Dorenbosch SSC Laboratory

Gene Dretke U.S. Department of Energy

Gilbert Drouet CERN

Rens L. Dubbeldam Holec Ridderkerk

John D. Dubbs Air Products & Chemicals Inc.

Greg Duchnak Teledyne Metal Forming

Eddie Duek SSC Laboratory

Trent Duffy Parsons Brinckerhoff

Gerald F. Dugan SSC Laboratory

GeneG. Dun Babcock & Wilcox - NNFD

John Dykstra Minnesota Valley Engineering Inc.

David P. Eartly Fermilab

Brian Easom Martin Marietta

David O. Eberle Copper & Brass Sales Inc.

Ronald Egginton British Embassy

Kevin Einswiler Lawrence Berkeley Laboratory

Tor L. Ekenberg University of Pennsylvania

John E. Elias Fermilab

Amanda Elioff The PB/MK Team

James L. Elliott General Dynamics

Tim Ellison IND W. Cyclotron Fal.

Michael S. Emery Oak Ridge National Laboratory

Glenn H. Epstein Oxford Superconducting Tech.

Mark 1. Erdmann SSC Laboratory

Jorge L. Espinosa SSC Laboratory

David B. Everson Everson Electric Co.

Yvonne Everson Everson Electric Co.

Richard W. Fagan General Dynamics

Shawn Fagen Advanced Photonix Inc.

Bernard 1. Fallon Verify Inc.

935

Page 6: Attendees - link.springer.com

Shou Xian Fang Inst. of High Energy Physics

Roger A. Farrell Intermagnetics General Corp.

Chris Farver Allen-Bradley

Anthony Favale Grumman Aerospace Corp.

Lee Fennema Allen-Bradley

Robert J. Ferrari Marotta Scientific Controls

Jim Ferrell SSC Laboratory

Robert Ferrell Airco Gases

Jan A. Fickling Westinghouse MSD

Arnold Field AF A Industries

William A. Pietz SSC Laboratory

Ronald Fincher AT&T Federal Group

Roderic R. Fink Acme Cryogenics

Terry Fleener Ball E-O And Cryogenics

Gareth D. Flora Martin Marietta

Carlos M. Flores Barcel Wire & Cable Corp.

Adrian W. Fluehmann W. Fluehmann Inc.

Donn Forbes Supercollider News

Paul T. Forde H. C. Starck Inc.

Harold K. Forsen Bechtel Corp

Dave Fortunato SSC Laboratory

James B. Fraivillig E. I. Du Pont

936

Poul Frandsen CERN

James W. French SSC Laboratory

Melissa I. Fromm Air Products & Chemicals Inc.

David G. Frost Supercon

Honorable Martin Frost U.S. House of Represeritatives

Ben Fuchs Lawrence Livermore National Laboratory

Ken Fukawa Japan Electrical Manufacturers

Tripp Funderburk Office of Congressman Bob Livingston

Jim Fusco ITEN Industries

Tony A. Gabriel Oak Ridge National Laboratory

Tom Gadsden SSC Laboratory

Irwin Gaines Fermilab

Robert W. Galvin Motorola Inc.

Michael T. Gamble SSC Laboratory

Henry M. Gandy TNRLC

Bill Garber Air Products & Chemicals Inc.

James L. Gamer SMC Technology

Riccardo Garre Europa Metalli-LMI

Dan Garrett Furon

Bill Garth SSC Laboratory

Raj K. Gattu SSC Laboratory

Alain Gauthier SSC Laboratory

Page 7: Attendees - link.springer.com

Eric J. Gerds University of Pennsylvania

Joel Gerhard National Mine Service Co.

Rod Giboney Kaiser Electroprecision

Chuck Gibson General Dynamics Space Systems

GaryGigg General Dynamics Space Systems

Paul H. Gilbert The PBIMK Team

Gil Gilchriese Lawrence Berkeley Laboratory

L. Gill Siemens Industrial Automation

Chris Gillespie Superconductor Industry

James R. Gillin Bechtel Construction Inc.

Guy M. Gistau Air Liquide

Carl L. Goodzeit SSC Laboratory

Ronald A. Grass Astroseal Products Mfg.

James A. Gray SSC Laboratory

Thomas H. Gray Allegheny Ludlum Corp.

David Green SAES GetterS/USA Inc.

Mike I. Green Lawrence Berkeley Laboratory

Richard C. Greeno Teledyne Eng. Services

Eric Gregory IGC-ASI

Vincent J. Grillo Cryofab Inc.

Gerard Grunblatt Alsthom Intermagnetics

Kenneth E. Grut Babcock & Wilcox - NNFD

John A. Gruver Westinghouse

Ya- Nan Guo SSC Laboratory

Fred J. Gurney Westinghouse MSD

Sam Gurol General Dynamics Space Systems

Ahmet Gursoy Parsons Brinckerhoff

Anthony R. Hakl ICF Kaiser Engineers

Garvie G. Hale SSC Laboratory

Phyllis J. Hale SSC Laboratory

Chuck A. Hallquist Everson Electric Company

Jack Hanlon Los Alamos National Laboratory

William Happer U.S. Department of Energy

Stephen J. Harper Kaiser Marquardt

Alexander Harvey SSC Laboratory

Nick Hassan SSC Laboratory

Michael P. Hechlet SSC Laboratory

Robert V. Hedderick SSC Laboratory

Jay Heefner SSC Laboratory

Ezra D. Heitowit Universities Res. Assn. Inc.

Roland Hellmer Balzers

Larry Hemmel Ketema Aerospace & Electric

Steve L. Hensley CVI Incorporated

Wilmot N. Hess U.S. Department of Energy

937

Page 8: Attendees - link.springer.com

Susan Hickey Lockheed Missles & Space

Jeanne Hicks Office of Congressman Jim Chapman

Michael W. Hiller Babcock & Wilcox - NNFD

Arvle F. Hix Irving Burton Assoc. Inc.

Gia KyHoang Alsthom Intermagnetics

Steve Hoenig Lake Shore Cryotronics

Wolfgang Hoemschemeyer KM-Kabelmetal Ag

Kirsten M. Hofmann Westinghouse MSD

Matt Hogan Office of Congressman Pete Geren

Hank Holt EDS Unigraphics

Seung Hong Oxford Superconducting Tech.

Charles B. Hood

Richard P. Hora General Dynamics

Kathryn E. Hornik Brookhaven National Laboratory

Kenji Hoshoyama KEK

Robert 1. Hovde SSC Laboratory

Donald Howard Superconductivity News

Joseph D. Hudspeth Kerns Mfg. Corp.

James R. Hupton Westinghouse Marine Div.

Jukka Hurskainen Outokumpu Superconductors OY

Peter Hwang Gardner Cryogenics

Hideki Ii The Furukawa Electric Co. Ltd

938

Masaru Ikeda Furukawa Electric Co. Ltd.

Yoshio Imai Mitsubishi Electric Corp.

Bob Inman Barcel Wire & Cable Corp.

A. N. Ishaque GECRD

Jon R. Ives SSC Laboratory

Pat Jacobs Airco Gases

Mike Jaffe SSC Laboratory

Robert A. Jake American Magnetics Inc.

Abdul R. Jalloh SSC Laboratory

Michael A. Janoski Irving Burton & Assoc.

Robert H. Janowski The PBIMK Team

Andrew 1. Jarabak Westinghouse Electric

Raghavan Jayakumar SSC Laboratory

Wendell W. Jesseman New England Electric Wire

Chuck Johnson Los Alamos National Laboratory

Dave Johnson Standard Mfg. Co. Inc.

Duane P. Johnson SE Systems Inc.

Robert A. Johnson JBC Associates

Honorable 1. Bennett Johnston Senator D-LA

Kennedy Jones SSC Laboratory

Leonard F. Jones, Jr. EBASCO Constructors Inc.

Proctor Jones Senate Appropriations Committee

Page 9: Attendees - link.springer.com

Ann G. Jordan Oak Ridge National Laboratory

N. B. Buck Jordan Waxahachie Chamber of Commerce

David C. Joyce UCLA

James T. Joyce H. C. Starck

Robert J. Jozwiak Allen-Bradley

Atsushi Kabi KEK

Vladimir Kadyshevsky Joint Inst. For Nuclear Research

Yuri A. Kamyshkov Oak Ridge Nat'l Laboratory

Hem Kanithi IGC Advanced Superconductors

Raphael G. Kasper SSC Laboratory

Kenneth Kauffmann SSC Laboratory

A. Kawai Nippon Steel Corporation

Sam Kawamata Hitachi Cable America

B. Kazimierzak SCE Inc.

Shigeo Kido Kawasaki Steel Corp.

Ed Killian Brookhaven National Laboratory

Kiseon Kim SSC Laboratory

Glenn E. Kinard Air Products & Chemicals Inc.

Daniel J. Kinzie General Dynamics

Thomas Kirk SSC Laboratory

Sherry Kivlighn SSC Laboratory

Bruce Kling SSC Laboratory

Larry Knecht Everson Electric Co.

Ted Kobel Process Systems International

Rocky Kolb Univ. of Chicago/Fermilab

Bill Kountanis SSC Laboratory

Vess Kovachev SSC Laboratory

Ted A. Kozman SSC Laboratory

Max Kozyrczak Process Systems International

David F. Kramer Inside Energy

Philip F. Kraushaar SSC Laboratory

H. James Krebs SSC Laboratory

Mark P. Krefta Westinghouse STC

T. Scott Kreilick Hudson International Conductors

Kenneth A. Kreinbrink CVI Incorporated

Ed Krenik Office of Congressman Dean Gallo

Detlef Krischel Siemens AG

S. Krishnamurthy SSC Laboratory

Bala Krishnan New Bedford Panoramex

Michael Kropf General Dynamics Space Systems

Jacek Krzywinski SSC Laboratory

Ravikumar V. Kudaravalli UCLA

Jozef Kuzminski SSC Laboratory

Vince La Bon U.S. Department of Energy

939

Page 10: Attendees - link.springer.com

Richard La Salle SSC Laboratory

Aaron E. Labarge SSC Laboratory

Horace N. Lander Nippon Steel USA, Inc.

John Larkin Highland Technology Inc.

Buddy Latham Westinghouse MSD

Glen Lathrop SSC Laboratory

Robert F. Lavelle SSC Laboratory

Ruth D. Lawson Oak Ridge National Laboratory

Daniel R. Lehman U.S. Department of Energy

Thomas A. Leiser Trammell Crow Co.

De Lynden R. Lersch SSC Laboratory

James Leslie ACPTlnc.

Lou Lestochi Air Products & Chemical Inc.

Kent K. Leung SSC Laboratory

Fred Levin SSC Laboratory

Michael Levin SSC Laboratory

We- Chuan Li SSC Laboratory

Joseph J. Lichtenwalner Oxford Superconducting Tech.

John Liedl Elin EA Magnet Technology

Alan Lietzke Lawrence Berkeley Laboratory

Steve Lindmayer B.c. Trade Development Corp.

He Liu IGC-ASI

940

Rosai Livio SAES Getters

Paula B. Lobe Hitachi America Ltd.

Jim Lonergan SAIC

D. K. Longley AT&T Federal Group

Jerald F. Lowry Westinghouse STC

Cesar A. Luongo Bechtel

Charles Lyraud CEA Saclay

Jeff Mac Kinnon Office of Congressman Joe Barton

Donald A. Mac Nab Westinghouse Marine Div.

John Mackay

James Maguire AETLtd.

Joe Maguire U.S. Department of Energy

Michael A. Main Westinghouse MSD

David Main H. C. Starck

R. Makino Hitachi Ltd.

G. T. Mallick Westinghouse STC

Robert J. Malnar SSC Laboratory

David W. Mantei Sullair Corp.

David S. Mapes Babcock & Wilcox - NNFD

Joe P. Marcus Martin Marietta

Trent Marion AT&T Federal Group

Richard H. Marloff Westinghouse STC

Page 11: Attendees - link.springer.com

Robert J. Marsh Jr. Teledyne Wah Chang

Nicolai Martovetsky SSC Laboratory

Michael Marx SSC Laboratory

Joseph F. Masso Maxwell Labs

Toshiaki Masuda Mitsui & Co. (USA) Inc. - DFW

Peter O. Mazur Fermilab

Susan Mc Colley Office of Congressman Ron Packard

Tony Mc Connon Westinghouse MSD

AnnM. McCoy Oak Ridge National Laboratory

Ellen M. Mc Coy Sheldahl Inc.

Kim A. Mc Donald Chronicle of Higher Education

John Mc Donough EG&G Nuclear Instruments

Mac Mc Ginnis Allied Signal Aerospace Co.

James R. Mc Harg Varian Vacuum Products

Glen E. Mc Intosh Cryogenic Technical Services

Debra L. Mc Keown TNRLC

Lawrence M. Megan Teledyne Pittsburgh Tool Steel

Greg Mehle General Dynamics Space Systems

Robert F. Meserve New England Electric Wire

Steve Mestad SSC Laboratory

Frank J. Meyer Meyer Tool & Mfg.

Bob Michaud Los Alamos National Laboratory

Brian Miller Office of Congressman Don Young

Joseph L. Miller Irving Burton Assoc. Inc.

William O. E. Miller Los Alamos National Laboratory

Edward C. Milner SSC Laboratory

John Mitchell Martin Marietta

T. Miyatake Furukawa Electric Technologies

Martin W. Moffat Teledyne Metal Forming

Henry A. Mollicone Stellar Industries Inc.

James E. Monsees The PBIMK Team

Anthony J. Montgomery SSC Laboratory

Suhas Mookerjee Abb Technology Co.

Sumit Mooketjee SSC Laboratory

Billy Moore Office of Congressman Jim Chapman

Allan Mord Ball E-O & Cryogenics

Stefano F. Moretti Ansaldo N.A. Inc.

Hiroaki Morita Mitsubishi Heavy Industries

Yoshiyuki Morita KEK

Paul F. Morris Teledyne SC

Vicki Lynn Morris Structural Composites Industries

Pascal Mougenot Alsthom Intermagnetics

Hiroshi Mukai Toshiba Corp.

George T. Mulholland SSC Laboratory

941

Page 12: Attendees - link.springer.com

C. Richard Mullen Intennagnetics General Corp.

Ray Muller Hamamatsu Corporation

Timothy K. Muller Westinghouse

P. J. Mundo Ellis County Chambers

A. Munro Lotepro Corporation

Joseph Muratore Brookhaven National Laboratory

James A. Musser Indiana University

Honorable John Myers U.S. House of Representatives

David Nahmias Air Products & Chemicals Inc.

Uriel Nauenberg University Of Colorado

Greg J. Naumovich Everson Electric Co.

Ron Naventi Bechtel National Inc.

Yehia Z. Negm Zerkes Corp.

Mitch Newcomer University of Pennsylvania

Long V. Nguyen General Dynamics

Renee A. Nichols Ceramaseal

Wolfgang Nick SiemensAG

Thomas H. Nicol Fennilab

Marshall G. Nielsen Bechtel National Inc.

Ralph C. Nieman Argonne National Laboratory

Fred Nobrega SSC Laboratory

Jerzy M. Nogiec SSC Laboratory

942

K. Nohara Kawasaki Steel Corp.

EddNolen Office of Congressman Tom Bevill

James J. Nonnie Senior Flexonics

John Nonte SSC Laboratory

Leonard S. Nonnan SSC Laboratory

Joyce North Lancaster Chamber of Commerce

Mary Ann Novak Parsons Brinckerhoff

David T. 0' Brien Westinghouse MSD

Richard H. Oeler Air Products & Chemicals Inc.

Michael I. Oged SSC Laboratory

TofU Ogitsu SSC Laboratory

Kenji Ohki MycomCorp.

Fumio Ohkubo Mitsubishi Heavy Industries

Isamu Ohno IHI

DaveW.Ohst Westinghouse Electric

Masao Oka Allied Apical Co.

Yoshifumi Okamoto KanekaCo.

Minoru Okumura Toshiba Co.

Kenneth O. Olsen Martin Marietta Corp.

Mark Olson Teledyne Rodney Metals

Yas Onel University ofIowa

Catherine Opila Sheldahl

Page 13: Attendees - link.springer.com

David Orrell SSC Laboratory

M. Oshima Hitachi Ltd.

Aubie J. Oslin SSC Laboratory

Gene L. Oster Oster Eng.

N.Ozaki Hitachi Ltd.

Honorable Ron Packard U.S. House of Representatives

Chris P. Palasinski Gardner Cryogenics

Stephen Palermo MKS Instruments

Wolfgang Panofsky SLAC

Joe Parish E. I. Du Pont

Russ K. Parman Westinghouse Marine Div.

Kenneth D. Partain Bechtel

Gary P. Patterson Martin Marietta

Lee Patterson General Dynamics Space Systems

Ben Peach Hackett Pacific Corp.

James B. Peeples CVI Incorporated

Yuan Ji Pei National Synchrotron Radiation Lab.

Charles J. Pencinger Abb Power T &D Co. Inc.

Ruggero Pengo INFN-LNL

Diego Perini CERN

Jacques Perot CEA Saclay

Charles R. Perry TNRLC

Suzanne Person General Dynamics Space Systems

Lynn Peugh North Texas Commission

Karl A. Pfister MPI International Inc.

James G. Pierce PHPK Technologies Inc.

Suzanne Pigott SSC Laboratory

Jon A. Piles SSC Laboratory

F. Plasil Oak Ridge National Laboratory

Randy K. Pletzer SSC Laboratory

Douglas A. Pollock SSC Laboratory

Alexander S. Popp Inverpower Controls Ltd

John P. Porter Brown & Root Inc.

David R. Potter Westinghouse Marine Div.

Steve Potter Merrick Engineering

Robert L. Powell Process Systems International

Ronald P. Pratt Weldaloy Products Co.

Lawrence E. Price Argonne National Laboratory

Roy A. Prince SSC Laboratory

Jean- Claude Puippe W. Fluhmann AG

Helen Quinn SLAC

Paul D. Quirk Allied Signal Aerospace Co.

Greg Ragaey IDMCorp.

Myrna Ivette Ramos Hewlett Packard

943

Page 14: Attendees - link.springer.com

Raj P. Ranganathan SSC Laboratory

Gerard R. Rankin Hoechst Celanese

Larry A. Rehn Interfet Corp.

James Reidy SSC Laboratory

Richard L. Rerig IGCI APD Cryogenics Inc.

Chistopher Rey Babcock & Wilcox - NNFD

Richard L. Rhodenizer Intermagnetics General Corp.

James H. Richardson SSC Laboratory

Robert A. Richardson SSC Laboratory

Phil Ridley Silvex Inc.

Edward C. Rinck Weldaloy Products Co.

Richard L. Riney Martin Marietta

Michael Riordan SLAC Beam Line

Chris Rista SAES Pure Gas Inc.

John A. Ristuccia Westinghouse Electric

J. Frank Roach Westinghouse STC

Jack Roberts Tri-Gas Inc.

Walt Robertson General Dynamics Space Systems

Will Robinson SSC Laboratory

Edward G. Rodriguez Martin Marietta

John A. Romans Eurus Technologies

Doris C. Rosenbaum Southern Methodist University

944

Carl H. Rosner Intermagnetics General

Jim Rossi Kyser Company

Henri Rougeot GE Corporate R&E

John Royet Lawrence Berkeley Laboratory

Charles E. Rufer CERN

Robert F. Ryan Jr. Babcock & Wilcox - NNFD

C. Frank Rydeen SSC Laboratory

Gary Saenz New Bedford Panoramex

Brenda Safreed General Dynamics Space Systems

Toshiyuki Saito Hitachi Works

Shuji Sakai Hitachi Cable Ltd

Vincent L. Saladin SSC Laboratory

Galdino Salvador General Dynamics

Nicholas P. Samios Brookhaven National Laboratory

Gary H. Sanders SSC Laboratory

Michael G. Sandy Westinghouse Electric Corp.

James R. Sanford SSC Laboratory

Phillip A. Sanger Westinghouse STC

Y oshihisa Sato Toshiba Corporation

Ronald M. Scanlan Lawrence Berkeley Laboratory

Terry Scanlan Airco Gases

Giuseppe Scarfi Ansaldo

Page 15: Attendees - link.springer.com

Samuel A. Scheer Westinghouse

John C. Scheider Lockheed Austin Div.

Robert I. Schermer SSC Laboratory

David J. Schmid SSC Laboratory

Birger Schmidt The PBIMK Team

Donald Schwartz Cabot Performance Materials

Roy F. Schwitters SSC Laboratory

Brian L. Scipioni SSC Laboratory

Frank Scrima Katie Group

John Scudiere Oxford Superconducting Tech.

Armin Senn Linde Kryotechnik

Jeffrey M. Seuntjens SSC Laboratory

Howard W. Shaffer Westinghouse Electric

Ren- Chen Shang SSC Laboratory

Betty J. Shannon Allied Signal Aerospace Co.

Lawrence E. Shaw EBASCO Services

Jerry D. Shay KM-Kabelmetal America Inc.

Bob Sheldon SSC Laboratory

Philip E. Shelley SSC Laboratory

Xiaorong Shi Caltech

N. Shibata Hitachi Ltd.

Shin Shimada Sumitomo Electric

Takao Shiota FTAC

David C. Shoaf Westinghouse Electric Corp.

Fang Shouxian IHEP

Mike H. Shrubsole Murdock Inc.

Quan- Sheng Shu SSC Laboratory

Charles W. Simpson Morrison Knudsen Corp.

James E. Simpson SLAC

Richard E. Sims SSC Laboratory

Pekka K. Sinervo University of Toronto

Sharad K. Singh Westinghouse STC

Mark 1. Sisinyak Brown & Root Inc

Edward J. Siskin SSC Laboratory

Dave Smathers Teledyne Wah Chang Albany

David 1. Smith Westinghouse MSD

Kevin D. Smith Oxford Instruments Ltd

William D. Smith The PBIMK Team

George F. Smoot Lawrence Berkeley Laboratory

George W. Snapp Jr. Bi-Braze Division

Gregory Snitchler SSC Laboratory

John R. Snyder Westinghouse Electric

Robert S. Sokolowski Intermagnetics General Corp.

John H. Sondericker Brookhaven National Laboratory

945

Page 16: Attendees - link.springer.com

Kyle Spann Stellar Industries Inc.

Gene Spence CVI Incorporated

L. Clay Spencer Brown & Root Inc.

J. A. Spieckennan Zerres

Amanda L. Spindel SSC Laboratory

Frank Spinos SSC Laboratory

Robert Sponsel SSC Laboratory

Richard P. Stanek Fennilab

Michael J. Stanko Westinghouse MSD

John Stekly Intennagnetics General Corp.

Kirk Stifle SSC Laboratory

Jack Story SSC Laboratory

Robin Stringfellow TNRLC

Erkki Strom Outokumpu Copper OY

Takayasu Sugiyama Nippon Steel Corp.

John Supancic Von Roll Isola Inc.

Sam B. Suttle Westinghouse MSD

TOfU Suzuki Nippon Steel Corp.

Chuck Swenson Westinghouse MSD

Gary Swenson SSC Laboratory

Walter L. Swift Creare Inc.

Robert H. Swindennan Pitt-Des Moines Inc.

946

Cosmore Sylvester SSC Laboratory

Balazs Szeless CERN

Kasuke Takahashi KEK, Nat'l Lab for H.E. Physics

Greg Tanimoto C. Hoh Pipe & Tube Inc.

Claude D. Tapley

Clyde Taylor Lawrence Berkeley Laboratory

Hennan Ten Kate University of Twenty

Vigdor L. Teplitz SMU

Richard Thomas Brookhaven National Laboratory

Werner Thomi CERN

Timothy C. Thompson Los Alamos National Laboratory

John Thome SSC Laboratory

Timothy S. Thurston SSC Laboratory

John S. Toll Universities Rs. Assn. Inc.

John C. Tompkins SSC Laboratory

Gerry Tool SSC Laboratory

Richard J. Tosetti Bechtel National Inc.

Junji Toyoda Nippon Steel USA Inc.

Nghia Dai Tran SSC Laboratory

YuH. Tran SSC Laboratory

Herb Trenham SSC Laboratory

Kelly Tribble American BOA

Page 17: Attendees - link.springer.com

Craig Trimble SSC Laboratory

Jeff Tseng SSC Laboratory

MannyTuli SSC Laboratory

GaryW. Tulk SSC Laboratory

Jon Turner SSC Laboratory

Gary W. Tuttle SSC Laboratory

Kazuo Ueda Fuji Electric Corp.

Fred W. Ullrich Fermilab

Robert Urbach Ball Aerospace Systems

George J. Urich Noell Inc.

M. Van Berkum Cryovat Int. BV

Jeremy E. VanDe Bogart Babcock & Wilcox - NNFD

Johannes M. Van Oort Lawrence Berkeley Laboratory

Voitto Vanhatalo Outokumpu Superconductors OY

Alex P. Varghese Gardner Cryogenics

Dale Vest Ketema Aerospace & Electronics

Rui Vieira MITIPFC

Rui Vieirs MIT Plasma Fusion Center

Luis Villasenor SSCLlIFUG Mexico

James E. Vincent Teledyne SC

Michael Vitale Sumitomo Corp. of America

Kotov Vladislav llNRDubna

Joann Vogt AT&T Federal Markets Group

Douglas L. Vollmer MPI International Inc.

Richard J. Vopelak Babcock & Wilcox - NNFD

Udo Wagner Linde Kryotechnik

Ian Walker GMW Associates

Bill Wallace Hewlett Packard

Martin Walt

Richard Warren Lawrence Livermore Nat'! Laboratory

Tom Washenfelder Siemens IA

Doug Wasitis Office of Congressman John Myers

Jerry M. Watson SSC Laboratory

Joseph A. Waynert Babcock & Wilcox - NNFD

Robert C. Webber SSC Laboratory

Charles Weber Babcock & Wilcox

Jim Wei Westinghouse Electric Corp.

Bernard Weinstein Los Alamos National Laboratory

Kevin Welch Martin Marietta

Norman E. Wells SSC Laboratory

Siegfried Wenger Elin EA Magnet Technology

Milton J. Werkema Sheldahl

Jeffrey L. Western SSC Laboratory

Randy C. White SSC Laboratory

947

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Walter Wiegert IGC Advanced Superconductors

Jon Wikstrom Minnesota Valley Engrg Inc.

Erich H. Willen Brookhaven National Laboratory

Peter M. Williams Oxford

Ricky Williams SSC Laboratory

Ron Williams House Science Committee

Stephen H. Williams SLAC

Bob Williamson SSC Laboratory

Lola Williamson SSC Laboratory

Kenneth F. Wilson CVI Incorporated

Thomas R. Winch SSC Laboratory

Russ Winje SSC Laboratory

Philip W. Winkler Air Products & Chemicals Inc.

Randall Withrow Lockheed Missles & Space

John Wollan Martin Marietta

Ronn P. Woolley SSC Laboratory

James V. Worth Oxford Superconducting Tech.

William C. Worthington Leybold Inficon Inc.

948

Scott N. Wright Allied Signal Aerospace Co.

Jiing-liang Wu Westinghouse STC

Kuo-Chen Wu Brookhaven National Laboratory

Craig R. Wuest Lawrence Livermore National Laboratory

Russ Wylie SSC Laboratory

Song- Jiang Xia SSC Laboratory

Dan Yamamura Teledyne Japan

Victor A. Yarba SSC Laboratory

James H. Yeck U.S. Department of Energy

J. Yoshida Hitachi Ltd.

George Yost SSC Laboratory

Adnan Yucel SSC Laboratory

Richard Zeigler SSC Laboratory

Bruce Zeitlin IGC-Advanced Superconductors

Burt Zhang SSC Laboratory

Richard Zhao The PB/MK Team

Ren-Yuan Zhu Caltech

Page 19: Attendees - link.springer.com

Author Index

Abel, C ..................................................... 251 Bionta, R .................................................. 403 Ables, E ............................................ 399,403 Bionta, R. M ............................................. 399 Abramovich, S .................................. 459,465 Bird, R ......................................................... 87 Adams, T .......................................... 615, 791 Bleadon, M ............................................... 695 Adney, J .................................................... 813 Bliss, D. W ............................................... 731 Ahmad, A ................................................. 859 Bliven, J. M .............................................. 381 Akhmetov, A. A. .............................. 443,699 Block, D ................................................... 113 Aksel, G .................................................... 423 Boivin, M ................................................. 507 Albone, D ................................................. 113 Bolger, J ................................................... 707 Allen, J. .................................................... 489 Bork, R. G ............................................... 9, 79 Alley, G. T .................................................. 51 Boroski, W. N .................................. 847,855 Althaus, R ................................................... 87 Bossert, R ......................................... 699, 839 Alyea, E. D ............................................... 403 Boulais, B. J ............................................. 303 Anderson, D ............................................. 813 Bowers, J .................................................. 795 Anerella, M .............................................. 825 Brees, R .................................................... 123 Apparao, T. V. V. R. ................................ 459 Breuel, J ................................................... 427 Archer, B ........................................... 671,675 Brooks, L ................................................. 703 Arden, C. S ....................................... 113, 283 Brouk, V ................................................... 803 Audi, D ..................................................... 4 27 Brown, G. M .................................... 213,287 Augustynowicz, S. D ................................ 563 Brush, G ................................................... 427

Bruzek, C ................................................. 511 Bagwell, S ........................................ 447, 657 Buckles, W. E ........................................... 629. Bailey, D .................................................. 113 Bugg, W ................................................... 403 Baldi, R. W ................................................. 23 Burgett, W ........................................ 347,555 Ball, M. J .................................................. 735 Bush, T. O ................................................ 699 Ball, M ...................................................... 813 Butalla, M. W ................................... 127,863 Ballard, W .................................................. 35 Butler, J. M ............................................... 821 Barale, P ............................................ 109,439 Buttinger, M ................................................ 55 Bardos, V. A ............................................. 579 Byram, T .................................................. 559 Baritchi, D ........................ 221,607,657,661 Byrum, K. L ............................................. 747 Baritchi, L ................................................. 327 Barnes, W ................................................. 443 Camille, R. J... .................................. 595, 795 Barnstable, K ............................................ 791 Campbell, B ..................................... 169,809 Baron, J ....................................................... 87 Cantor, B. I. ...................................... 259, 727 Barton, Jr., H. R ........................................ 359 Capone II, D. W ............... 147, 155, 159,699 Bastian, S .................................................. 205 Caragheorgheopol. Gh ............................. 371 Bear, J. E .................................................. 331 Carcagno. R ............................................. 307 Bein, D ............................. 113,671,703,707 Carr. Jr., W. J ........................... 599.653.821 Belding, J .................................................. 355 Carson. J ................................................... 699 Benjegerdes, R. ................................ 109,439 Caspi. S ............................................ 109,439 Bensiek, W. F ........................................... 239 Castleberry. D. E ...................................... 379 Beridge, S ................................................. 403 Caussyn. D ............................................... 813 Billingsly, A. L. ........................................ 727 Cemica. I. ................................................. 371

949

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Cha, Y. S .................................................. 629 Delagi, N .................................................. 735 Chagnon, J .................................................. 87 Delchamps, S. W ..................................... 699 Chang, C. J ....................... 489, 657, 661, 843 Dell'Orco, D ............................................. 109 Chapman, G. R ......................................... 901 DelRe, S ................................................... 507 Chargin, A ................................................ 795 Demko, J. A ..................................... 465, 563 Chen, D ..................................................... 403 Devred, A. ................................ 443, 503, 699 Chen, S ..................................... 657,661,843 Di Domenico, P ........................................ 355 Chen, Y ............................................. 181, 185 DiGiacomo, N .................................. 615,791 Cheng, A .................................................. 873 DiMarco, J ................................ 671, 695, 699 Cherwinka, J. J ......................................... 897 Dittert, L. I. ...................................... 787, 893 Chou, W .................................................... 817 Dixon, K ........................................... 259, 727 Chow, I. .................................................... 755 Doi, Y ....................................................... 343 Christiansen, M .......................................... 79 Dombeck, T ................................................ 63 Christianson, O. R. ... 189, 197,201,599,665 Dorman, R ................................................ 473 Chromec, B ................................................ 95 Dryer, J. .................................................... 743 Chuboy, H. L. ........................... 197, 599,635 Du, P. Y. C ............................................... 403 Cimpoca, V .............................................. 371 Dubbs, J. D .................................................. 83 Cipriano, J .................................................... 3 Ducos, G ........................................... 105, 263 Clamp, O .................................................. 399 Dun, G .............................................. 259,727 Oark, B .................................................... 615 Duthie, P ...................................................... 55 Oark, D .................................................... 817 Dwyer, S ........................................... 113,643 Oark, F. Y ................................................ 151 Oark,L ..................................................... 615 Eartly, D. P ............................................... 381 Clay, W ..................................................... 817 Easom, B .................................................. 791 Clifton, J. H ................................................ 31 East, G ...................................................... 795 Coleman, E. S .......... 147, 151, 155, 159, 579 Eckhardt, K. A ......................................... 603 Coleman, P ............................................... 773 Efferson, K ............................................... 559 Coles, M ........................... 473,499,503,743 Ekenberg, T .............................................. 751 Collings, E. W .......................................... 523 Elioff, A ................................................... 127 Coombes, R .............................................. 699 Elliott, 1. L ................................................ 243 Corbett, C ......................... 447, 607, 657, 661 Ellison, M ................................................. 813 Cormell, L. R ............................................ 141 Ellison, T .................................................. 813 Cortella, J. ........................................ 105, 109 Emerson, A ............................................... 247 Cottingham, G .......................................... 825 Emery, M. S ................................................ 51 Couzens, K ............................... 113,255, 643 England, R ................................................ 113 Covington, S ............................................. 427 Epstein, G ................................................. 507 Cowan, C. P .............................................. 299 Erdmann, M. 1.. ......... : ...... 147,151, 155,579 Cox, J ........................................................ 427 Erdt, W. K ................................................... 95 Craker, P. A .............................................. 739 Eriksson, L. E ........................................... 587 Crane, R .................................................... 707 Estep, P .................................................... 489 Cromer, L ................................................. 339 Everton, J ................................................. 551 Cruse, G .................................................... 423 Cunningham, G ................................ 647,671 Faase, K. J ................................................ 591 Curbow, J. ................................................ 773 Fagan, R ........................................... 279, 469 Czajkowski, C .......................................... 385 Faught, E ..................................................... 79

Fenolietto, R. A. ....................................... 267 Daly, E. F. ................ 323,599,657,661,665 Ferrell, J. .................................................. 773 Dao, B .............................. 169,763,767,809 Ferry, J ..................................................... 813 Datskov, V. I. ........................................... 563 Fitzgibbon, M ........................................... 615 Daugherty, M. A. ..................................... 629 Fluhmann, A ............................................ 113 Davies, J. .................................................... 55 Franclin, C ................................................ 473 Davis, S .................................................... 759 Franks, D .................................................. 555 Dawson, J. W ............................................ 747 Fry, A ............................................... 395, 755 Dawson, R ................................................ 873 Fuchs, B. A ............................................... 407 Deak, M .............................................. 87,247 Fuse, H ..................................................... 229 Dederer, J. T ............................................. 567 Fuzesy, R ................................................. 473 Deis, G .............................................. 595, 795

950

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Gabert, G .................................................. 473 Hatfield, D ................................................ 473 Gan, K. K ................................................. 395 Heath. M ................................................... 247 Ganetis, G ......................................... 715, 825 Heefner. J. W ............................................... 9 Ganni, V ................................... 307,459,921 Heim, J ..................................................... 795 Gannon, 1. ................................................. 347 Herrera. 1. ................................................. 715 Garbarini, 1. P ........................................... 739 Higahi. N .................................................. 229 Garber, M ......................................... 507, 825 Higashi. N ................................................ 679 Garber, W. E ............................................. 469 Higashino. T ............................................. 233 Garza, M ................................................... 703 Hiller. M. W ............................................. 173 Gathright, T .............................................. 671 Hirabayashi, H ......................................... 229 Ganu,R .................................................... 213 Hirata. H ................................................... 343 Gerdes, D. W ............................................ 747 Hirschfield. D ........................................... 615 Gerds, E. J .......................................... 47,751 Hlasnicek. P ............................................. 727 Gerry, T .................................................... 751 Ghosh, A .......................................... 507. 825

Hoffman~ D .............................................. 255 Hoffman, J ................................................ 839

Giacometti. J ..................................... 105. 263 Hogue. R .................................................. 715 Gibson. C .................................................. 255 Holmes. W .................................................. 51 Gilbert. W ................................................. 109 HOlscher. A ................................................. 59 Gillin. J ..................................................... 355 Hong. S .................................................... 507 Giovannoni. P ................................... 105.263 Hopkins. J ................................................ 355 Giuroiu. H ................................................. 371 Hornik. K ................................................. 389 Goetze, K .................................................... 79 Horton. B ................................................. 735 Goodzeit. C. ..................... 209,647.699.831 Hosoyama. K. ........................... 225. 229. 679 Goren, Y ................................................... 817 House. A ................................................... 795 Gossler. E. T ............................................. 723 Hovde. R. J ............................................... 889 Gourlay. S ................................................. 699 Huang. 1. .................................................. 489 Green. M. I. .............................. 109.439,711 Huang. X. R ..................................... 259. 851 Green,N ..................................................... 55 Hull. J. R .................................................. 629 Greene. A ......................................... 511. 825 Hund. R .................................................... 791 Gregory. E ................................................ 591 Hutton, R. D ............................................. 563 Grunblatt. G .............................................. 511 Grut. K. E ................................................. 851 Ii. H .......................................................... 163 Gruzdeva, Z .............................................. 661 Ikeda. M ................................................... 163 Gudimetta. K ............................................ 639 Ilushin. V ................................................. 739 Gunst. R. F. ....................................... 451. 719 Imai, Y ..................................................... 229 Gupta. R .................................................... 825 Ishaque. A. N ........................................... 375 Gurbuz. E ................................................. 291 Ivey. 1. C .......................................... 735. 739 Gurd.D. P ..................................................... 9 Iwaki. G .................................................... 583 Gurol. H. F. ....................... 243. 251.639.731 Gusakov. Y ............................................... 897 Jaffe. M .................................................... 495 Giisewell. D ................................................ 95 Jain. A ...................................................... 715

Jaisle. A ............................................ 113.643 Haberichter. W. N .................................... 747 JaUoh. A. R. .............. 221. 607. 657. 661. 843 Haddock, C ....................................... 611, 699 Janowski, Jr.. R. H ...................................... 31 Haenni. D. R ....................................... 79. 327 Jayakumar. R .................... 113. 181, 209. 643, Hafen, E. S ................................................ 403 .................................................. 647. 671. 831 Hahn, W .................................................... 355 Johanson, D. C ......................................... 295 Hall. D ........................................................ 55 Johns. R .................................................... 427 Hall. D. J .......................................... 189.599 Johnson, C ................................................ 795 Hamilton, B .............................................. 813 Johnson. D. C ................................... 599. 653 Han. S ....................................................... 395 Jones. B. A. .............. 147. 151. 155. 159.579 Hanft. R. '" ................................................ 699 Jones, K .................................................... 799 Hansen, D ................................................. 615 Jones. L .................................................... 735 Hara, K. .................................... 225.229. 679 Haridas. P ................................................. 403 Kabe. A ............................................ 229, 679 Haro,M .................................................... 399 Kagan. H .................................................. 395 Hassan, N ......................................... 113.643 Kahn, S ..................................................... 825

951

Page 22: Attendees - link.springer.com

Kakui, H ................................................... 351 Leitch, R. M ................................................ 51 Kalny, L .................................................... 419 Lersch, D .................................................. 117 Kamata, K ................................................. 583 Leung, K. K. ............................ 271,275,817 Kamiya, T ................................................. 583 Levin, M ................................................... 555 Kanda, s ................................................... 395 Li, W-C .................................... 499,671,739 Kania, D .................................................... 395 Li, X ......................................................... 735 Kanithi, H ................................................. 523 Lichtenwalner, J. J ........................... 507,515 Kass, R ..................................................... 395 Lietzke, A. F .................................... 109,439 Kata1ev, V. V ............................................ 547 Little, D. J ................................................ 579 Kawamata, H .................................... 229,679 Liu, D ....................................................... 135 Kelley, J. P ........................................ 259,727 Liu, H ....................................................... 591 Kelly, E ..................................................... 825 Liu, J ........................................................ 489 Keogh, R .................................................. 615 Lohlein, K ................................................... 95 Kersevan, R .............................................. 817 Louie, W ................................................... 715 Ketcham, L ............................................... 447 Lowry, J. F ............................................... 599 Kim, K. ..................................... 503,719,743 Lucas, S .................................................... 559 Kim, s ...................................................... 395 Lyraud, C. ........................................ 105, 263 Kimura, Y ................................................. 229 Kinoshita, T .............................................. 575 Maddocks, J ..................................... 543, 817 Kinzie, D. J ............................................... 193 Madison, J. T ............................................ 159 Kobel, T .................................................... 455 Maehara, H ............................................... 351 Koganeya, M ............................................ 519 Makida, Y ........................................ 343, 351 Kohli, H .................................................... 675 Malchow, R .............................................. 395 Kojima, Y ................................. 225,229, 679 Mallick, Jr., G. T .............................. 599, 653 Kondo, T .................................................. 343 Maloney, J ................................................ 727 Koska, w .................................................. 699 Mangino, J ................................................ 803 Kountanis, B ............................................. 419 Mantsch, P ................................................ 699 Kovachev, V. T ................................ 159, 817 Maples, R. A ............................................... 51 Kovalev, S. S ............................................ 547 Marcus, J .................................................. 427 Kozman, K. S ........................................... 579 Marks, J ............................................ 695,699 Kraushaar, P ....................... 67, 347, 555,817 Marone, A ................................................ 715 Krebs, H. J ................................................ 783 Marquez, M .............................................. 489 Krefia, M. P ...................... 197,599,635,653 Marshall, B ............................................... 735 Kreinbrink, K. ............................................. 83 Marston, P. G ........................... 363, 595, 795 Krishnamurthy, S ............................. 113,643 Martin, D. M .................................... 817,843 Krupczak, J ............................................... 795 Martovetsky, N ................................ 595,795 Kuchnir, M ....................................... 695, 699 Mason, L .................................................. 791 Kunz, R. J ................................................. 173 Mauger, G. J ..................................... 399,403 Kussmaul, K. L ......................................... 835 Maxson, L ................................................ 339 Kuzminski, J ............................. 611,695,699 Mazur, P. O ...................................... 611,699 Ky, H. G ................................................... 511 McAshan, M ............................................ 555

McChesney, D ......................................... 507 McCollum, J. ............................................ 355

LaBarge, A. ................................ 87,247,671 McConnon, A. G .............................. 189,835 Ladner, D .................................................. 615 McGuire, E ............................................... 113 Lajczok, M ................................................ 791 McInturff, A ..................................... 347,555 Lambert, 1. D ............................ 671,739,743 Mehle, G ........................................... 101,859 Lamm, M. 1. ............................................. 699 Meier, A ...................................................... 95 Lavelle, R. F. ............................................ 907 Meinke, R ................................................. 447 Lazarovici, C ............................................ 371 Meserve, R ............................................... 507 Lazarovici, D ............................................ 371 Mestad, S. L. .................................... 131,489 Le Coz, F. ......................................... 105,263 Mestha, L. K ............................................ 803 Leboeuf, D ........................................ 105,263 Meyer, D .................................................. 817 Lee, M ...................................................... 395 Michez, C ......................................... 105,263 Lee, S .......................................................... 79 Mihelic, R. ............................... 113,643,817 Leedy, R ................................................... 735 Mikumo, A ............................................... 519 Lehmann, G. A. ................................ 173,851 Miller, K ................................................... 399

952

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Millot, 1. F ........................................ 105,263 O'Larey, P ................................................ 507 Milner, E. C .............................................. 415 Oberst, O .................................................. 795 Mimura, M ................................................ 575 Oblinger, J. S ............................................ 239 Mine, S ..................................................... 343 Ogawa, K ................................................. 163 Minervini, J. V ................................. 595,795 Oged, M ................................................... 291 Mints, R. O ............................................... 443 Ogitsu, T ........................................... 695, 699 Mirk, K ..................................................... 109 Ohmori, T ................................................. 679 Mitchell, D ................................................ 279 Ohno, I. .................................................... 351 Mitchell, J ................................................. 615 Ohta, T ..................................................... 583 Mokhov, N. V .......................................... 607 Okamoto, Y .............................................. 225 Monsees, J. E .............................................. 27 Okumura, K ............................................. 233 MookeIjee, S ............................................ 435 Olmstead, M ............................................. 363 Morales, O ................................................ 817 Olsen. S .................................................... 395 Morena, J .................................................. 385 Olson. H ................................................... 399 Morgan, O ................................................ 825 Orrell. D ................................... 105. 263. 647 Morgan, I. L ............................................. 707 Orris. D ............................................ 611. 699 Morgillo, A ............................................... 881 Orth. D ..................................................... 127 Mori, A ..................................................... 225 Oslin. A .................................................... 123 Moriai, H .................................................. 583 Ozelis. J .................................................... 699 Morita, H .................................................. 229 Morita, Y .......................................... 229, 679 Palmer. W ................................................ 395 Moseley, A ................................................. 55 Pan. D ....................................................... 339 Mougenot, P ............................................. 885 Pan. 1. ....................................................... 489 Mukai, H .................................................. 343 Pan. L. S ................................................... 395 Mulholland, O. T ........................................ 71 Parker. B ................................................... 127 Muntiu, E .................................................. 367 Parker. Jr.. J. H ................................. 599. 635 Muratore, J ................................................ 825 Patterson. L. R. ................................... 23. 355 Murray, D ................................................... 79 Peck. S. D ................................................. 193 Myatt, R .................................................... 795 Pedrotti. L ................................................ 795 Myatt, S .................................................... 795 Peltier. F ................................................... 511 Mynk, J ..................................................... 773 Perot. J ............................................. 105.263

Peters. C ................................................... 109 Nagaitsev, S .............................................. 813 Peterson. R ............................................... 615 Nagata, M ................................................. 519 Peterson. T ............................................... 699 Nah, W ..................................................... 699 Pewitt. E. O .............................................. 699 Nakai, H ............................................ 229,679 Phillips. S ......................................... 113.643 Naumovich, O .......................................... 363 Piec. Z ...................................................... 363 Naventi, R ................................................. 355 Piek. Z. S .......................................... 595, 795 Negm, Y. Z ............................................... 603 Pillsbury. R ............................................... 795 Nehring, R ................................................ 347 Pless. I. A ................................................. 403 Newcomer, F. M ........................................ 43 Pletzer. R. K ............. 323.447.555. 687. 691 Nguyen, L. V .................................... 251, 639 Pokorny. L ................................................ 615 Nicol, T. H ........................................ 847,855 Pollock. D. A. ................... 205. 213. 451. 719 Nielsen, M ................................................ 355 Powers. R. E ............................................. 603 Niemann, R. C .......................................... 629 Prodell. A ................................................. 825 Nilles, M. J ............................................... 173 Propp. A ........................................... 169.809 Nishida, K ................................................. 351 Puri. R. K ................................................. 643 Nobrega, F ........................ 113,177,209,443 Noda, H .................................................... 583 Qin. 1. ....................................................... 159 Nodulman, L. J ......................................... 747 Nogiec, 1. M. '" ......................................... 739 Rabaey. O. F ............................................ 707 Nohara, K ................................................. 233 Ragan. K ...................................................... 59 Nojima, K ................................................. 225 Ramsey. P ................................................ 399 Nomura, T ................................................ 233 Ranganathan. R. ............................... 169.809 Norman, L. S .................................... 335, 877 Ravishankar. P ......................................... 339 Novak, O .................................................. 703 Reardon. P. J .................................... 595.795

Rehak. M .................................................. 389

953

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Reistad, D ................................................. 813 Shintomi, T ............................................... 229 Revell, D .................................................. 555 Shou-xian. F ............................................. 913 Rey, C. M ................................. 259,723,727 Shu, Q. S .................................. 271.473,817 Richardson, R ........................................... 795 Shutt. R ............................................ 389. 825 Richied, D ................................................. 795 Shuy. G .................................................... 555 Riddle, J ............................................ 657,661 Simmons. J ............................................... 817 Rifflet, J. M ...................................... 105, 263 Sims. R. E ........................................ 205, 839 Riney, RJ ................................................... 427 Sinervo. P .................................................... 59 Roach, J. F ........................ 189,201,599,835 Singh. S. K. ...... 189. 197.201.567.599,835 Robinson, S. L .......................................... 735 Sipes. S ..................................................... 123 Robinson, W ..................................... 347, 555 Skaritka. J ................................................. 385 Rodgers, B ................................................ 703 Smathers. D .............................................. 507 Rodriguez, E ..................................... 427, 551 Smellie, R. ........................................ 347.555 Rogers, J ................................................... 773 Smith. B. A. .............................. 363. 595, 795 Rougeot, H. M .......................................... 375 Smith. S .................................................... 113 Ruschman, M. K ...................................... 847 Smith. W. D ............................................. 877 Ruscu, R ................................................... 371 Smoot. G. F. ............................................. 529 Ryan, Jr., R. F. ......................................... 239 Smrha. J .................................................... 355

Snead. Jr .• C. L ......................................... 385 Saito, S ..................................................... 519 Snitchler. G .............. 113. 209. 271. 643. 671. Saito, T ..................................................... 225 .......................................... 675. 707.817,831 Sakai, S ..................................................... 583 Snyder. J. R. ..................................... 217.599 Saladin, V ................................. 339,347,555 Solheim. N. O .............................................. 95 Salvador, G ................................................. 23 Song. T ..................................................... 135 Sampson, W ............................................. 825 Sorrensen. G ............................................. 347 Sanger, P .................................................. 699 Spidle. R ................................................... 543 Sannes, F .................................................. 395 Spigo. G ................................................... 647 Santonico, R ............................................. 403 Spindel. A. ....................................... 205, 839 Sarna, K .................................................... 643 Spinos. F. ..................................................... 37 Sasaki, H .................................................. 233 Sponsel. R ................................................ 711 Sashida, T ................................................. 519 Stairs. G ....................................................... 59 Sato, S ...................................................... 233 Steining. R ................................................ 607 Saugy, T ...................................................... 95 Stephens. C ............................................... 247 Savignano, J ..................................... 259,727 Stiening. R. ....................................... 699. 831 Savord, T .................................................. 347 Stifle. K ............................................ 319.479 Scanlan, R ................................................. 109 Stone. R .................................................... 395 Schermer, R. I. ......... 439,443,607,675.699 Strahl. K ..................................................... .59 Schmidt, B ................................................ 869 Strait. J ............................................. 699. 839 Schmidt. E. E ............................................ 695 Stromberg. S ............................................ 113 Schmidt. P ................................................ 839 Stroynowski. R. ................................ 595.795 Schnetzer. S .............................................. 395 Sugimoto. Y ............................................. 395 Schoo. C. J ........................................ 847.855 Sullivan. J ................................................. 795 Schucany, W. R. .............................. .451. 719 Sulten. P ................................................... 885 Schwandt. P .............................................. 813 Su1ygin. I. I ............................................... 547 Scipioni. B. ............................... 135,483.489 Sumption. M. D ........................................ 523 Scott. M .............................................. 87. 671 Sundquist. M ............................................ 813 Scudiere. 1. D ............................................ 515 Suttle. S. B ............................................... 835 Sedlacek. M .............................................. 813 Suzuki. T .................................................. 163 Seely, M .................................................... 355 Suzuki. Y ................................................. 583 Seidoh. M ................................................. 583 Swan. J ..................................................... 795 Senn. A.-E .................................................. 95 Swenson. C. A ......................................... 821 Seuntjens. J. M ......... 147. 151. 155. 159.579 Sylvester. C .............................................. 711 Shah,R ..................................................... 507 Syromyamikov. I. .................................... 473 Shalashov. I. M ......................................... 547 Shapiro, S ................................................. 447 Tachibana. R ............................................ 233 Shen. W .................................................... 435 Takabayashi, S ......................................... 225 Shimada, T ................................................ 163 Takahashi. T ..................................... 229, 679

954

Page 25: Attendees - link.springer.com

Takeda, H ................................................. 351 Walling, L ................................................ 347 Takita, K ................................................... 572 Walton, 1. ................................................. 447 Tanaka, K ................................................. 343 Wanderer, P ..................................... 715, 825 Tanaka, T .................................................. 225 Wandesforde, A. ...................................... 109 Tanaka, Y ................................................. 575 Wands, R. H ..................................... 783, 897 Taneda, S .................................................. 679 Wang,J ....................................................... 79 Taylor, C. E . ..................................... 109,439 Warner, D. G ............................................ 291 Tedja, S ....................................................... 43 Warren, R. P ..................................... 683, 795 ten Kate, H. H. J ....................................... 587 Waynert, J. A ........................... 259,727,851 Terashima, A. ................................... 229, 679 Webber, R. C ....................................... 19, 803 Than, R ............................................. 455,921 Weisend II, J. G ............................... 473,555 Thirumaleshwar, M .......................... 465,921 Wells, N. E ............................................... 367 Thomas, R ................................................ 715 Wentz, J. L ............................................... 759 Thompson, P ............................................. 825 Western, J. L. ................... 783,787,863,893 Thomson, G .............................................. 395 White, C ................................................... 395 Titus, P ..................................... 363,595, 795 White, R. C ............................................... 141 Tobin, T .................................................... 279 Wicklund, A. B ........................................ 747 Tomasi, 1. ................................................. 403 Widgoff, M ............................................... 403 Tompkins, 1. C ................. 473,503, 699, 735 Wiegert, W ............................................... 523 Tool, G ....................................................... 75 Wilkins, R ................................................ 447 Toussaint, J. C .................................. 105,263 Willen, E .................................................. 825 Tran,N ..................................................... 767 Williams, E .................................................. 79 Tran, V. H ......................... 431,621, 625, 767 Williams, H. H ............................. 43, 47, 751 Trekell, R .................................................. 473 Williams, S ............................................... 427 Tseng, C. W. J .......................................... 897 Williamson, G ............................................. 87 Tuli, M ...................................................... 817 Wilson, B ................................................. 615 Tulk, G. W ................................................ 893 Wineman, S .............................................. 795 Turner, 1... ......................... 105, 263,647,699 Winje, R. A ................................................. 13 Turner, K. J .............................................. 747 Winkler, G ................................................... 95 Turner, W ................................................. 817 Wohlwend, J ............................................ 101 Tuttle, G. W .............................................. 777 Wollan, J. 1. ...................................... 427,559

Wood, R ................................................... 113 Ueda, K ..................................................... 575 Wu, 1. L ............................................ 567,571 Uede, T ..................................................... 575 Wu, K. C ..................................................... 91 Uher, T ..................................................... 803 Wuest, C. R. ............................. 399,403,407

Wylie,M ..................................................... 79 Valaris, P .................................................. 523 Van Berg, R. ................................. 43, 47, 751 Xu, M ............................................... 259, 727 Van der Speigel, J ................................. 43,47 Van Dyke, D ............................................. 439 Yager, B ................................................... 435 van den Bergh, H ...................................... 251 Yamada, Y ............................................... 519 VandeBogart, J. E ..................................... 295 Yamagiwa, T ............................................ 225 Vasilyev, V ......................................... 87,247 Yamamoto, A. .................................. 343,351 Vedrine, P ......................................... 105,263 Yamamoto, R ........................................... 795 Velasquez, G ............................................ 791 Yamanishi, A. .................................. 229,679 Venkatraman, V ................................ 209,643 Yamaoka, H ............................................. 351 Verweij, A. P ............................................ 587 Yavorsky, D ............................................. 869 Vieira, R. F. .............................. 363, 595, 795 Yost, G. P ................................................. 885 Villaseftor, L ............................................. 881 Young, W. C ............................................ 263 Vinson, M ................................................. 707 Yu, K ........................................ 181,271,817 Viola, R .................................................... 447 Yu, Y ........................................................ 695 Voy, D ...................................................... 347 Yiicel, A ........................................... 465,543 Vrsansky, E .............................................. 113

Zatopek, J .................................................... 79 Wadsworth, M .......................................... 255 Zbasnik, 1. ........................ 271,543,699,817 Wagner, U .................................................. 95 Zeigler, R. E ............................. 113,671,703 Wake,M ................................................... 699 Zeitlin, B. A ............................................. 591

955

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Zhang, B. .......................... 311,315,319,479 Zheng, H ........................................... 695, 699 Zhao, R ..................................................... 873 Zhu, R-Y .................................................. 411 Zhao, s ..................................................... 395 Ziegler, B .................................................... 95 Zhao, Y ..................................................... 699 Zimmerman, G. O .................................... 603

Zolotov, A ................................................ 473

956

Page 27: Attendees - link.springer.com

ABACUS,429 Absorber wedges, 918 ABS plastic, 401, 402, 417 Accelerator configuration, 13 Accelerator Readiness Reviews (ARR), 759,

761-762 Accelerator Systems Division (ASD)

education programs, 359-362 Quality Assurance, 761

Accelerator System String Test (ASST) beam tube liner, 817-820 configuration parameters, 65, 339-342, 347-348 construction and installation, 63-65 cryogenic system, 71-74, 82, 455-458, 555-558,

930 data acquisition and controls, 79-82 dipole cryostat design, 659, 660 ER preliminary string test, 323-326 heat leak tests, 69, 555-558 objectives, 63 power systems, 75-78 program management, 67-68 quality assurance, 283-286, 760-762 quench tests, 65-66, 555-558 schedule of tests, 24, 63-64, 347 spool pieces for, 423, 424, 430 superconducting cable for, 148, 149, 150, 156,

157 thermal insulation for, 221-224

Accordion calorimeters, 793-794 Accounting system, 118 Adapted CERN cooling design, 607-610 Add Drop Multiplexers (ADM), 10, 780 ADM, see Add Drop Multiplexers Advanced Interconnection Technologies, 615, 723 AFM, see Atomic Force Microscopy AHARM, 212, 265 Air Products and Chemicals, 83-86, 469 Akita Co., 233 Algor, 317 Alignment

of beam pipe, 906 laser tracker for, 358 optical alignment windows, 447-450, 691-694

Subject Index

Alignment (cant.) of SDC detector, 369, 381-384, 889-892 six-strut support and, 763-766, 843-846

Allied Signal Corp., 179, 386, 387 Alsthom Intermagnetics, 147-158,511-514 Alumina-reinforced polyimides, 195-196,255 Amada Metrecs Co., 238 American Magnetics, 560 Amplifier-shaper-discriminator, see ASD-8 signal

processor Analytek, 81, 82 ANL, see Argonne National Laboratory Annealing of copper, 563-566 ANSALDO, 505 ANSYS Engineering Analysis System

beam scraper thermal analysis, 767-771 cryogenic support post stresses, 174 magnet stresses, 185-188,217-220,265,

600-601,621-624,626,645-647,650 muon barrel stresses, 900 RF cavity stresses, 169,799-802 vacuum barrier stresses, 425-426

Apical/epoxy insulation coil properties and, 205-208, 225-228, 840 for Collider dipoles, 700 for HEB dipoles, 837 for vertical bending magnets, 833

Appletalk, 144 Applied Superconductivity Centre, 587 Arc/Info, 124 ARC quadrupole magnets, see Quadrupole magnets,

Collider Argon, 399, 791, 794 Argonne National Laboratory (ANL), 629, 747 ARR, see Accelerator Readiness Reviews ASD, see Accelerator Systems Division ASD-8 signal processor, 43-46, 52-54, 59 Asea Brown Boveri AG, 451 ASST, see Accelerator System String Test Atomic Force Microscopy (AFM), 407, 408 Audits of contractors, 761 Automation, 279-282, 307, 330 AutoMod,551-554 Auto-Scan Systems, 341

957

Page 28: Attendees - link.springer.com

AutoSched, 553 AutoSimulations, 551-554 Avalanche photodiodes, 375-380 Axial field variations, 731-734

Babcock & Wilcox, 38 Collider quadrupole program, 173-176, 267-270,

447,851-854 corrector sextupo1e magnets, 723-726 short model quadrupole, 239-242, 259-262,

295-298,727-730 Backup data systems, 144 Bailey Controls, 304, 470, 471 Bakelite RPCs, 399-406, 417 Barium fluoride, 407-414 Barrel tracker, see Straw tube tracker BCS, see Beam Control System B-decay detection, 747-750 Beam Control System (BCS)

for LEB, 803-807 procurement for, 9-11, 12

Beam emittance, 813-816 Beam gas, 901 Beam line, see Alignment Beam line power supplies, 17-18 Beam loss monitors (BLMs), 19-20,21 Beam luminosity, 607-610, 813-814, 817 Beam position monitors (BPMs), 19-21,430,903,

906 Beam schedule, 369-370 Beam scraper, 767-771 Beam tube

for Collider dipoles, 271-274 for Collider quadrupoles, 267-270 in interaction regions, 901-906 liner/cryosorber assembly, 543-546, 817-820

Bechtel International Corp., 39 Bechtel National, 355-358 Beijing Glass Research Institute, 411 Belding Corp., 39, 355 BEND, 177-178,211-212,644 Bending magnets, 209-212, 639-642, 661-664,

831-834 Beryllium beam pipe, 901-902, 903 Bi-based superconductor, 576 Big Bang, 529 BLMs, see Beam loss monitors Boston University, 603 BPMs, see Beam position monitors Brazed honeycomb vacuum vessel, 351-354 Brazing, 563-566 Brookhaven National Laboratory (BNL)

ASST dipole magnets, 24, 69, 28~286, 699 Cathode Strip Chamber, 417-418 coil splice design, 231, 232 HEB dipole magnets, 600, 643, 645, 646 MAGCOOL subcooler, 91-94 magnetic field measurements, 500, 715-718, 736,

737 magnet manufacturing systems, 299 quench propagation studies, 825-830

958

Brookhaven National Laboratory (cont.) radiation testing of materials, 385-388, 617 R1IIC,91,237,389-392,407,507-510,715 superconducting cable tests, 157, 159-162 support posts, cryogenic, 173

Brown and Root Corp., 39 Bryte Corp., 387 BSCCO superconductor, 603-606 Bucking coils, 499-502, 712, 713, 716-717 Budget for SSC, 4 Budker Institute of Nuclear Physics, 777, 778, 779 BVIC dipole magnets, 209-212, 831-834, see also

Vertical bending dipole magnets

Cable-in-conduit (CIC) conductor, 363-366, 595-598,683,796-797,798

Cable Info-Link, 582 Cables, see also Superconducting cable

for beam position monitors, 20, 21 for power distribution system, 878

CAD, 287-290, 341 Calorimeters

accordion, 793-794 barium fluoride for, 407-414 diamond/tungsten, 395-398 electromagnetic, 793-794 noble liquid, 791-794 parallel plate, 792-793 scintillating fiber, 791 for SOC detector, 368, 369, 891, 893-894,

901-903,906,918 siliCOn/tungsten, 395-398

Canadian Microelectronics Corp., 62 Capacitec, 381 Capacitive proximity sensors, 381-384 CASTEM 2000, 265 Cathode Strip Chambers (CSCs), 415-418, 918 Cavity tuners, RF, 169-172,799-802,809-812 CCD, see Conventional Construction Division CCI Cryogenics, 71 CCL, see Coupled Cavity Linac CCWP compressors, 457, 922 CDF detector, 747-750 COM, see Collider Dipole Magnet (COM) Program CEA Saclay, 105-108,263-266 CECAR,69 Cedar Valley College, 359-362 Central tracker, 889, 891, 901, 902, 903, 906 Cerium fluoride, 407,408,410 CERN,55

cryogenic systems, 95-100, 607-610 Large Hadron Collider, 399, 400, 406, 407,590,

649 Physics Analysis Workstation, 755 position sensors, 447-448

Charpy testing, 267-270 ChinalU.S. collaboration, 915-918 CIC, see Cable-in-conduit (CIC) conductor;

Crate Interface Card ClM, see Computer Integrated Manufacturing Cimflex Teknowledge Corp., 281

Page 29: Attendees - link.springer.com

CIP, see Crate Interface Processor Climate, 332-333 COBE, see Cosmic Background Explorer Coil winding

coil-on-coil technique, 189, 191,645,649 roll-forming in bobbin, 363-366

Cold Test Facility (General Dynamics), 25, 83-86, 303-306,469-472

Cold Test Facility (SSCL), 87-90,473-477,921-930 Collars of magnets

dimensional quality assurance, 213-216 dipole-type, 648 for REB quadrupoles, 265 high manganese steel, 217-220, 233-238, 645 prestress, 259-262, 265, 674 of short model dipoles, 256, 257, 258

Collider Dipole Magnet (CDM) Program, see also Accelerator System String Test; Dipole magnets, Collider

Cold Test Facility, 25, 83-86, 303-306,469-472 installation program and, 357-358 material handling, 299-302 overview, 23-26 Test & Process Control System, 279-282

Color center dynamics, 413-414 COMIS, 755 Common Open Software Environment (COSE),

144-145 Communications infrastructure, 10 Composite materials, see also Fiberglass/epoxy

composites; Polyimide materials graphite/epoxy, 855, 856, 859-862 measurement tolerances, 288 radiation degradation, 385-388

Compressors, 96-100, 456-457, 459, 460 Computer Integrated Manufacturing (ClM), 328 Computerized Tomography, 707-710 Connectors, hermetic, 419-421 Console racks, 10 Consolidated Vacuum Industries, 347 Construction, conventional, 27-30, 31-33, 123-126 Construction Systems Associates, 128-130 Control Data Corp., 131, 132 Control room, 780 Control systems

for accelerator power, 9, 18, 21 for ASST, 82 for conventional equipment, 35-36, 327-330,

335-338 for cryogenic test stands, 469-472 object-oriented process control, 307-310 Process Control System, 9, 11-12

Convair Thermal Analyzer, 323 Conventional Construction Division (CCD),

127-128 Cooling ponds, 331-334 Cooling systems, see also Cryogenic systems

low conductivity water, 82, 327-330 for RF cavity tuner, 809-812 for RHIC power leads, 389-392 for tunnels, 873-876

Cooper Composites, 179 Coordinate measuring machine, 287-290 C0P7,252-253 COP8,265 Copper

manganese alloy for cable, 524, 680 resistance affected by brazing, 563-566 RRR effect on power leads, 390--392 silicon alloy for cable, 591-594

Correction element power supplies, 15 Corrector magnets

fabrication,435-438,615-620 forLEB,778 forMEB,917 multipole measurements of, 711-714 power leads for, 389-392, 427, 430, 559-562,

567-570 quench performance, 616-617 stress analysis, 431-434, 621-624, 625-628

COSE, see Common Open Software Environment Cosmic Background Explorer (COBE), 529-539 Cosmic ray telescopes

for testing fluoride crystals, 410 for testing RPCs, 404-406 Texas Test Rig, 415-418, 881-888

Coupled Cavity Linac (CCL), 916-917 CQM, see Quadrupole magnets, Collider Cradle for cold mass, 659-660 Crate Interface Card (CIC), 60-62 Crate Interface Processor (CIP), 60-62 Creative Pultrusion Corp., 386, 387 Creep, compressive, 205-208, 839-842 Creep path, 189-192 Critical current

of cable in ASST, 156 of cable in VQP, 147-150, 152, 154, 156, 163-166 extracted strand testing, 159-162 magnet field margins and, 197-200 temperature degradation of, 201

Critical current density of cable in VQP, 152, 157 copper matrix and, 591-594 of hexagonal filaments, 525 of redesigned cable, 163-166 in silver-coated HTSC, 603-606

Cryenco, 347,427-430 Cryogenic impact testing, 267-270 Cryogenic systems, see also Heat leaks; Spool

pieces; Thermal shields for ASST, 71-74, 82,455-458,555-558,930 Cold Test Facility (General Dynamics), 83-86,

303-306,469,472 Cold Test Facility (SSCL), 87-90,473-477,

921-930 failure reports, 283-286 forLEP200 at CERN, 95-100 for Low Beta Quad magnets, 607-610 MAGCOOL subcooler, 91-94 process control methodology, 307-310 Sector Station, 459-463 shaft transfer lines, 315-322,479-482

959

Page 30: Attendees - link.springer.com

Cryopump in beam tube, 543 Cryorad resin

adhesive film, 179 for polyimide insulation, 700, 833, 837, 838, 839 in structural composites, 387

Cryosorber, 543, 817-820 Cryostats

for Collider quadrupoles, 657-660 deformation by support, 843-846 for noble liquid calorimeter, 792 for vertical bending dipoles, 661-664

Crystal Clear Collaboration, 407 Crystal scintillators, 407--414 CSCs, see Cathode Strip Chambers CTF, see Cold Test Facility Curing of coils

effects of, 225-227, 283 in field simulation, 252 for ordered wound coils, 437, 438 temperatures for, 257, 837

Current loop decay, 443--446 CuiSC ratio

of cable in VQP, 147-150, 155 ofredesigned cable, 165-166

CVI, 83-86,469

DAMIPET, 323-326, 481 DAPNIA,105-108 DAQ systems, see Data acquisition (DAQ) systems Data acquisition (DAQ) systems

for ASST, 555 for conventional equipment, 35-36, 335-338 for Magnet Test Laboratory, 473, 475 for straw tracker, 59,60,61 for Texas Test Rig, 416, 881-888

Database systems, see also Sybase for entire sse, 117-122 for Magnet Systems Division, 579, 735-738, 742

Data collection circuit (DCC), 59-62, 751-754 DataLink, 135 Data storage, 131-134 DCA dipole magnets

in ASST, 347, 555-558 collar dimension variation, 213-216 cryostat themlal test, 847-850 magnetic field measurements, 695-698, 719 quench performance, 611-614, 699-702, 746,

825-830 DCC, see Data collection circuit DD2 tape drive, 131-134 DELRIN,792 Deneb Robotics, 305 Department of Energy (DOE)

collaboration with industry, 24, 37-38, 40 oversight of SSC, 117,761,762 safety requirements, 908, 910

DESY, 451--454, 649 Detectors, see also Calorimeters; GEM detector;

Physics Detector Simulation Facility; SDC detector

barium fluoride for, 407--414

960

Detectors (cont.) data storage for, 131-134 halls for, 869-872 optical readout system for, 55-58 Resistive Plate Chambers, 399--406

Diamond-loaded pitch lapping, 407--410 Diamond/tungsten calorimeters, 395-398 Dielectric stress, 189-192 Differential Microwave Radiometer (DMR), 533 Diffusion in cables, 591-594 Dipole field angles, 695-698, 717 Dipole magnets, Collider, see also Collider Dipole

Magnet (CDM) program beam tube design for, 271-274 damage in outdoors, 687-690 field angle measurements, 695-698 field simulations, 251-254 power bus effect on field, 243-246 quality assurance, 213-216, 451 quench heater designs, 193-196 quench performance vs. insulation type, 699-702 small models (DSD series), 255-258 stress analysis, 101-104 support posts, 855-862 thermal insulation, 323-326

Dipole magnets, corrector ordered wound method, 435--438 spool pieces and, 427, 430 stress analysis, 431--434

Dipole magnets, HEB design analysis, 599-602, 643-646 field and temperature margins, 197-200 insulation deficiencies, 189-192, 835-838 KEK short models, 229 loss calculations, 653-656 magnetic field calculations, 635-638 quench performance modeling, 201-204,

665-669 ramp rate sensitivity, 821-824 stress analysis, 185-188,217-220

Dipole magnets, HERA, 451--454, 505-506 Dipole magnets, KEK, 679-682 Dipole magnets, LEB, 778 Dipole magnets, vertical bending, 209-212,

639-642,661-664,831-834 Direct Wire technique, 723-724, 725 Distributed computing

at MTL, 739-742 at PDSF, 135-139,483--493,495--498 at SSCL, 141-145

Distributed Magnet Measurement System (DMMS), 739-742

DMMS, see Distributed Magnet Measurement System

DMR, see Ditferential Microwave Radiometer DOE, see Department of Energy Double stacking method, 523, 524 Drift tubes, 416--417 Dryout,665 DSB dipole magnets, see Dipole magnets, HEB DSD dipole magnets, 255-258

Page 31: Attendees - link.springer.com

Dubna,417 Duke University, 45-46 Dump resistors, 666, 667 Dynamic resistance losses, 654-656

Early Cryo Loop Test, 70 Eddy currents

in beam tube, 271-274 in superconducting coils, 654-656,821-824

Education programs, 359-362 EGS Monte Carlo program, 396, 397 80K thermal shields

alignment windows in, 691-694 for ASST dipoles, 555-558 for Collider quadrupoles, 658, 660 entrapped design, 852-854 for GEM magnets, 798 for LBQ magnets, 608 MLI blankets for, 660, 848-850 operation, 465-468 for shaft transfer lines, 481

Electric Power Research Institute, 333 Electromagnetic calorimeter, 793-794 Electron cooling, 813-816 Electronic Data Systems, 281 Electron microprobe imaging, 592-593 Emergency systems

for nitrogen venting, 311-314 preparedness planning, 125

Emittance of beam, 813-816 End parts, magnet, 177-180 ENDS3D, 212, 265, 644 Energy dissipation, in string, 349-350 Energy extraction subsystem, 14, 17, 77 Engineering Development Stations, 11 Environmental control systems, 35, 36 Environmental planning, 124, 125,331,334 Environmental Protection Agency, 331 Environmental safety, 907-911 Environmental Safety and Health Division, 125 EPICS, see Experimental Physics and Industrial

Control System Epoxy paints, 402 Epoxy resins, see Cryorad; Fiberglass/epoxy

composites ERDAS, 124 ERdraw,138 Erosion, 334 ER string test, 323-326 Ethernet, 139, 144,337-338,484,487,496-497 Everson Electric Co., 363,438 EWMA, see Exponentially Weighted Moving

Average Experimental Physics and Industrial Control System

(EPICS), 11 Exponentially Weighted Moving Average (EWMA),

454

Facility Engineering Services, 35-36 Failure analysis, for ASST, 283-286 FAp, see Vertical Field Angle Probe (FAP)

FATA Automation, 39 FOOl networks

at PO SF, 139,484,487,495-498 at SSCL, 144

Feed and end cans, 475 Fermi National Accelerator Laboratory (FNAL)

COF data analysis, 750, 756 COM Program collaboration, 24, 64, 69, 299 Collider dipole cryostat, 657, 847-850 Collider dipole quality assurance, 213, 283-286 Collider dipole thermal studies, 194-196,688 Cooperative Processing Software, 493 electrical insulation, 189,839-842 HEB dipole design, 643, 645 industry participation at, 37 KTe V scintillating hodoscope, 407 LEB beam control system, 807 liquid level sensor, 381 low carbon steel for, 237 magnetic field measurements, 695, 719 quench tests, 66, 611-614, 699-702, 746 radiation damage to materials, 917-918 SOC detector cryostat, 343 SSCL magnet database and, 736, 737 support posts, cryogenic, 173, 855-858 Tevatron technology for SSC, 178,381,560 thermal insulation, 323-326

Ferromagnetic steel, 233-238, 798 Fiberglass/epoxy composites, see also G-IO

composites; G-ll composites for electrical insulation, 344 for magnet end parts, 177-179,645,649 for magnet support posts, 659, 855, 856, 859-862 measurement tolerances, 288 for power lead tubes, 567, 629 for RF tuner of LEB, 799-801

Fiber optics cable specifications, 10 FDDI networks, 139, 144,484,487,495-498 for measuring systems, 364 optoelectronic modulators, 55-58 radiation damage to, 918 SONET communications, 10, 780 tunnel trench for, 879

Fiducials of cold mass, 358,447,448 Field Angle Probe (FAP), 695-698 Field shapers, 796, 798, 906 FIGURES II, 600, 636 File servers, 144 Finite element analysis, see also ANSYS

Engineering Analysis System; PE2D of beam tube stress, 271-274 of cryogenic transfer line stress, 317-318 of HEB dipole inductance, 191 of HEB dipole magnetic fields, 199 of honeycomb vacuum vessel, 353 of 80K shield stress, 854 of magnet stresses, 101-104,115,211,212,

431-434 ofmagnetsupports,275-278,843-846

Flat and form coils, 435-438

961

Page 32: Attendees - link.springer.com

Flood flow attenuation, 334 Fluoride crystals, 407-414 FMUX, see Front-End Multiplexor FNAL, see Fermi National Accelerator Laboratory Focusing magnets, 675-678 Forced Flow Cooled conductor, 595-596 4K thennal shields, 608 4th Dimension database, 582 Fourth Shift Corp., 281 FoxBASE+/Mac, 579-582 FRACAS, 283-286 Franklin Fiber Lamitex Corp., 386, 387 Frekote, 836 Freon 13Bl, 399 Front-End Multiplexor (FMUX), 60-62 Front End Systems, 11 Fuji Electric Corp., 575 Furukawa Electric Co., 147-158,575

G-1O composites for accordion calorimeter, 794 for coil-on-coil spacers, 189-190 for cryogenic line supports, 319-322 for magnet end parts, 177-179 proton irradiation of, 386-388 for vacuum barriers, 424

G-Il composites for magnet end parts, 177-178, 645, 649 proton irradiation of, 387

GACS, see Global Accelerator Control System Gamma radiation, see also GEM detector

fluoride crystal response, 410, 411-414 Gas-microstrip detector, 891 GDT, see Geometric Dimensioning and Tolerancing GEANT detector, 483, 487 GEC-Marconi, 55 GEM detector, see also Physics Detector Simulation

Facility beam pipe for, 901-906 cable-in-conduit solenoids, 363-366, 595-598 magnet subsystem, 795-798 neutron flux, 400 noble liquid calorimeter, 791-794 Texas Test Rig, 415-418, 881-888 thennosyphon for solenoid, 683-685

General Accounting Office audit, 4 General Dynamics, 38, 39, see also Collider Dipole

Magnet (CDM) Program automated test and process control, 279-282 Collider Installation study, 355-358 Convair Thennal Analyzer, 323 material handling, 299-302 model dipole magnets, 255-258 sandwich tube support, 859-862

General Electric Co., 173-176 General Management Office (GMO), 761 Geographic Infonnation System (GIS), 123-126 Geology

excavation and, 129-130,869-870 Geographic Infonnation System and, 125 heat transfer to rock, 874

962

Geology (cont.) seismic requirements, 863-867 of site, 27-29, 369

Geometric Dimensioning and Tolerancing (GDT), 294 Gilbert/Shea, 3 GIS, see Geographic Infonnation System Global Accelerator Control System (GACS), 9, 21 GMO, see General Management Office Goddard Space Flight Center, 529 Graphical data analysis, 755-757 Graphite reinforced epoxy, 855, 856, 859-862 Gravity sensors, 716, 717-718 Grumman Aerospace, 179

Hadronic calorimetry, 792-793 Hall probe, 476 Halls, underground, 869-872 Hannonics, see Multipole calculations; Multipole

measurements HBOOK4,755 HDM, see Dipole magnets, REB Heat leaks, see also Multi Layer Insulation; Thennal

shields in ASST, 555-558 from beam tube liner, 543-546 from corrector magnet power leads, 559-562,

567-570 from HTSC leads, 573-574,577-578 from nitrogen venting, 311-314 from optical windows, 448, 691-694 in Sector Station Cryogenic System, 459 from shaft transfer lines, 480, 481, 482 from spool pieces, 426, 428 through support posts, 848-849

Heat loads in focusing magnets, 675-678 in GEM solenoids, 683-685 in interaction region, 607-610

Heat transfer from cooling ponds, 331-334 to tunnel rock, 874

HEB, see High Energy Booster HEBLOSS, 601 Helium containment vessel, 266 Helium refrigerators, see Cryogenic systems Helium supply lines

fluid inventory, 462 shaft transfer lines, 479-482 to spool pieces, 423-426, 429-430

HERA dipole magnets, 451-454,505-506 Hennetic seals, 420 Hexagonal tube method, 523-526 Hexel F185, 836 Higgs Bosons, 415 High Energy Booster (HEB), see also Dipole mag­

nets, REB; Quadrupole magnets, REB RF system, 775 tunnel, 128, 129

High temperature superconductors (HTSC) for power leads, 559, 567-578, 629-633 silver-coated,603-606

Page 33: Attendees - link.springer.com

Hitachi Cable, 147-158,583-586 Honeycomb vacuum vessel, 351-354 HOTMAP, 600, 602, 636 Hot spot temperature, 825-830 HPLOTIHIGZ, 755 HTSC, see High temperature superconductors HVAC systems, 335 Hysteresis

losses in HEB dipoles, 653, 655-656 in superconducting cable, 587-590

Iarocci chambers, 416,885,888 I-DEAS,244 IDEAS,429 IGC Advanced Superconductors, 523-526, 591-594 IGRIP, 305 IHEP, see Institute of High Energy Physics, China Indiana University, 46 Indirectly Cooled Conductor, 595-596 Indium-tin oxide (ITO), 448, 449 Industry participation, 24, 37-40 Information systems, 117-122 Infrared astronomy, 534, 536, 538 Injection decay, 442 Inner cable manufacture, 519-522 Inner winding concept, 344-345 Installation program, 37-40, 355-358 Institute for High Energy Physics, Russia, 547, 648 Institute of High Energy Physics, China (IHEP),

915-918 Insulation, electrical, see also Apical/epoxy insula­

tion; Kapton/epoxy insulation; Kapton/fiberglass/epoxy insulation; Upilex/epoxy insulation

coil creep and, 839-842 coil stresses and, 205-208, 219, 225-228 fiberglass tube, 567 glass/epoxy for SDC coil, 344 of power distribution cable, 878 problems with HEB dipoles, 189-192,835-838 punch-through resistance, 225-228, 255,

833-834,837,838 quench performance and, 602, 699-702, 824

Insulation, radiation superinsulation of power leads, 389, 392

Insulation, thermal, see Heat leaks; Multi Layer Insulation; Thermal shields

Interaction regions, see also QSE quadrupole magnets

beam pipe for, 901-906 bending magnets for, 661-662 heat loads on magnets, 607-610, 675-678 quadrupole magnets for, 657 of SDC detector, 367, 368, 369

Interconnect regions, 221-224,358 Intergraph, 124, 130 Intermagnetics General Corp., 147-158 Intermediate tracker, 891 International Digital Modeling Corp., 707-710 Internet, 498, 736 Inventory control, 301-302

I/O modules, 10, 11-12 Ion beam cooling, 813-816 Ion beam milling, 408 Isobutane, 399 ITO, see Indium-tin oxide

Japanese National Laboratory (KEK) diamond/tungsten calorimeters, 395-398 dipole magnet short models, 229-232, 679-682 fine-blanking steel, 233 insulation tensile strength, 227 SOC detector development, 343-346, 351-354

Jell y Roll coil fabrication, 615-620 Jet Propulsion Laboratory (JPL), 529 JPL, see Jet Propulsion Laboratory Just In Time, 301-302

Kapton for accordion calorimeters, 794 for magnet shims, 432, 615, 622, 626 for quench heaters, 195-196,611-614 sheet insulation, 615, 836

Kapton/epoxy insulation coil properties and, 205-208, 225-228, 839-840 for Collider dipoles, 700, 825 for corrector magnets, 432, 436, 622, 626 for HEB dipoles, 837-838 quench performance and, 666-667, 826-829 for vertical bending dipoles, 833-834

Kapton/fiberglass/epoxy insulation coil properties and, 189-192,344-346 for HEB dipoles, 644, 645, 836, 837 for HEB quadrupoles, 264 for QSE quadrupoles, 649 for QSH quadrupoles, 727 quench performance and, 666-667, 825-829 for vertical bending dipoles, 834

KD Components Corp., 52 KEK, see Japanese National Laboratory Keys of magnets

manufacturing problems, 256, 257 stress analysis, 265, 431, 432, 434

Kicker magnets, 14-15 Klystrons, 773, 775 Krypton, 791, 792 KUIP, 755

L2B,59-62 L2I,751-754 Laboratory Technical Services, 35-36 Land Information System (LIS), 123, 125 Large Hadron Collider (LHC), 399, 400, 407, 590,

649 Laser tracker, 358 Lawrence Berkeley Laboratory (LBL)

Cosmic Background Explorer, 529-539 CTF dipole magnet, 247-248 LEB magnets, 778 quadrupole magnets, 64, 109-112,239,283,347,

439-442, 727 six-strut magnet support, 275-278

963

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Lawrence Berkeley Laboratory (cant.) SSCL magnet database and, 736, 737 superconducting coil properties, 225-228

Lawrence Livermore National Laboratory (LLNL), 407-410,417,795

LBL, see Lawrence Berkeley Laboratory LBQ, see Low Beta Quad (LBQ)magnets LCW systems, see Low conductivity water (LCW)

systems LEAD,265 Lead fluoride crystals, 407, 408 LEB, see Low Energy Booster LEP, 95-100, 399 LHC, see Large Hadron Collider Limited-stream driti tubes, 416-417 LINAC, see Linear Accelerator Linde Kryotechnik AG, 95 Linear Accelerator (LINAC), 32

RF systems, 773, 775 six-strut magnet support, 763-764

Lion Precision, 381 Liquid level alignment, 381-384 Liquid nitrogen systems, see also Cryogenic systems

for ASST, 456, 458 80K shield and, 465-468 emergency venting, 311-314 fluid inventory, 462 shaft transfer lines, 479-482 supply lines, 423-426, 429-430 synchrotron radiation and, 543

LIS, see Land Infonnation System LLNL, see Lawrence Livennore National Laboratory Lockheed,39 Los Alamos National Laboratory, 397, 778, 779 Losses

AC, from model dipoles, 679-682 HEB magnet calculations, 653-656

Low Beta Quad (LBQ) magnets, 607-610 Low conductivity water (LCW) systems, 82, 327-330 Low Energy Booster (LEB)

beam control, 803-807 project status, 32, 777-780 RF cavity design, 169-172,799-802,809-812 RF system, 774, 775 tunnel,780

Luminosity of beam electron cooling and, 813--814 heat load from, 607-610 photodesorbed gases and, 817

Mach-Zehnder modulator, 55-56 Macintosh systems, 144,580 MagCom, 579, 735-736 MAGCOOL subcooler, 91-94 Magnesium fluoride, 409-410 Magnet delivery shafts, 28 Magnet excitation power systems, 13-18 Magnetic field margins, 197-200 Magnetic field measurements, see also Moles;

Multipole measurements dipole field angles, 695-698, 717

964

Magnetic field measurements (cant.) magnetization loops, 587-590 Moving Average control charts, 451-454

Magnetic saturation, 636-637 Magnetic stress, 433-434 Magnetization loops, 587-590 Magnets, see Corrector magnets; Dipole magnets;

GEM detector; Quadrupole magnets; SDC detector

Magnet Systems Division (MSD), 155, 161, 213-216,287-294,579,657,735,761

Magnet Test Laboratory (MTL) cryogenic system, 87-90, 473-477, 921-930 Distributed Magnetic Measurement System,

739-742 quench detection system, 743-746

Manganese in cable matrix, 524, 680 high manganese steel, 217-220, 233-238, 645

Man-Machine Interface (MMI), 11 Martin Marietta Corp., 39

corrector magnets, 559-562, 615-620 GEM calorimeter, 791-794 spool pieces, 21, 427-430, 551-554

McGill University, 59 Measurement accuracy

of complex parts, 287-290, 294 of SDC detector, 889-892

MEB, see Medium Energy Booster Mechanical Technology, 381 Medium Energy Booster (MEB), 32

electron cooling for, 813-816 MEBlInjector Pond, 334 RF system, 774, 775 synchronization with LEB, 803-805

MeyerTool,347,475 Michigan State University, 417 MicroFrame Corp., 281 Microsim Corp., 191 Microsoft Windows, 281 Microstrip position detector, 371-374 Microwave Background Radiation, 529-539 MIlTS

ASST parameters, 65-66 hot spot temperature from, 825-830 RRR and, 348-349 temperature rise vs., 201-202

Minority-owned businesses, 38 MINUIT,755 MIT,333,363,417,529, 595, 795 MiTech-41l,401-402 MITEMP, 333 MLI, see Multi Layer Insulation MMI, see Man-Machine Interface MODS 1M SIMGRAPHICS II, 356-357 Moles

axial field variation, 731-734 design and performance, 715-718 error analysis of, 499-502 vs. FAP for field angles, 695, 696, 698 for quality assurance, 719

Page 35: Attendees - link.springer.com

Moles (cant.) warm/cold correlations. 503-506

Monte Carlo simulations of detector response, 396, 397, 410 of magnetic field quality, 251-254

Moving Average control charts, 451-454 MPLOT,736 MQW modulator, see Multiquantum well (MQW)

modulator MSC-NASTRAN, 103 MSD, see Magnet Systems Division MTL, see Magnet Test Laboratory Multi Layer Insulation

around optical windows, 449,692,693 fire hazard from, 690 for GEM thermal shields, 797 for interconnect regions, 221-224 for 80K shields, 323-326, 459, 660, 848-850 for shaft transfer lines, 479-482

Multi-mode cable, 10 Multiplexing of detector signals, 57-58 Multipole calculations

on Collider dipole magnets, 253-254 on Collider quadrupole magnets, 648-649 on HEB dipole magnets, 199,599-600,635--638,

643-644 on HEB quadrupole magnets, 264-265 insulation effect on, 837 power bus effect on, 243-246 on vertical bending magnets, 639-642

Multipole measurements axial variations, 440, 731-734 error analysis, 499-502 Harmonics Interface for MSD database, 737-738 industrial system for, 711-714 with moles, 715-718 of QCC quadrupole magnets, 439-442 of QSE quadrupole magnets, 674 with search coil arrays, 711-714 statistical quality control, 451-454, 503-506,

719-722 warm/cold correlations, 441, 503-506, 719-722

Multiquantum well (MQW) modulator, 55-58 Multi-threaded network, 137 Multiwire method, 615 Muon detection

at Argonne CDF, 747-748 barrel toroid, 783-786, 889-900, 918 forward toroids, 787-790, 893-896 with GEM detector, 796 with Resistive Plate Chambers, 399,400,

403-406 with SDC detector, 368, 369, 889. 891-892, 901,

918 Texas Test Rig, 881, 885

Mylar, 221-224, 323-326

NASA, 529, 561 NASTRAN, 252, 254 National Laboratories, 24, 37-38 Natural gas systems, 335

Natural Language, 139 Natural Sciences and Engineering Research Council

of Canada, 62 NbTi superconductor, see Superconducting cable NetCentral Station, 139 Networked computing, see Distributed computing Neutron fluxes, 400, 901 New England Electric Wire, 508, 510 Niobium sheet, 579-580 Niobiumffitanium alloy, 508, 579-580 Niobiumffitanium cable, see Superconducting cable NIST,174-175 Nitrogen systems, see Liquid nitrogen systems NMR probe, 476 Noble liquid calorimeter, 791-794 Northern Telecom, 62 Novell operating system, 144 N!Power, 82

Oak Ridge National Laboratory, 51, 410 Object-oriented database management, 138,757 Object-oriented process control, 307-310 Object Store, 138 OPERA,244 Operational Readiness Reviews (ORR), 759 Optical alignment windows, 447-450, 691-694 Optical bleaching, 411-414 Optical coatings

for cold mass windows, 448, 692, 693 for t1uoride crystals, 409-410

Optical Time Domain Reflectometers (OTDR), 10 Optimization software, 265 Optoelectronic modulators, 55-58 Oracle Database Management System, 81-82, 124,

340-341 Oracle Government Financials, 119 Ordered wound coils, 431-438, 621-628 ORR, see Operational Readiness Reviews OTDR, see Optical Time Domain Ret1ectometers Outer cable manufacture, 512-514, 583-586 Outer tracker. see Straw tube tracker Out-gassing of beam pipe, 903 Outokumpu, 147-158 Oxford Superconducting Technology, 147-158,

507-510,515-518

Parallel distributed computing, 135-139,483-488 Parallel plate calorimeter, 792-793 P.A.R.I.S., 118, 120 Parts handling, 301-302 PASS, see Petabyte Access Storage Solution PAW, see Physics Analysis Workstation PB/MK Team, 27, 31 PCS, see Process Control System PDSF, see Physics Detector Simulation Facility PE2D,243,253,265,637,639,643,648,649 Permaglas, 387 PERSIST, 600 Persistent current modeling, 265, 600 Personal computers, 142, 144, 335-338 PET, 323-326,481

965

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Petabyte Access Storage Solution (PASS), 132 PHENIX scintillating hodoscope, 407 PHOENICS, 809 Photodesorbed gases, 543, 817-820 Photodiodes, avalanche, 375-380 Physics Analysis Workstation (PAW), 755-757 Physics Detector Simulation Facility (PDSF)

architecture, 483-484, 489-493, 495-496 Systems Integration Support SYstem, 135-139 Texas Test Rig data and, 886 utilization, 485-488

Plastics, see also Fiberglass/epoxy composites for Resistive Plate Chambers, 401-402 semiconducting, 402, 417 thermoplastics, 173, 178-180,432,436

PLVT,736 PMO, see Project Management Office Polyester insulation, 221-224 Polyimide materials, see also ApicaVepoxy insula­

tion; Kapton; Kaptonlepoxy insulation; Kaptonlfiberglass/epoxy insulation; Upilex/epoxy insulation

composites with fiberglass/epoxy, 256-257, 387 insulation with epoxy, 177,255-257 for magnet parts, 177 XMPI adhesive, 255-256, 622, 626

Polyurethane, 400 Power bus

dipole magnet harmonics and, 243-246 failures of, 283-284 splicing of, 358 spool pieces and, 430

Power conditioning equipment, 11 Power distribution systems

at IHEP, 547-550 for LEB, 778-779 at SSC, 335, 877-880

Power leads brazing effect on resistance, 563-566 for corrector magnets, 559-562, 567-570 with HTSC, 567-578,604,629-633 RHIC cooling system for, 389-392 spiral fin, 476

Power supplies, 10, 13-18 PPPL, see Princeton Plasma Physics Laboratory PQA, see Procurement Quality Assurance Precision Optics Corp., 448-449, 692 Precision timing system, 21-22, 803 Pressure wave, quench, 557-558 Pressurized drift tubes, 416-417 Prestress of collar, 259-262, 265, 674 Princeton Plasma Physics Laboratory (PPPL), 38 Princeton University, 529 Print server, 144 Process control methodology, 307-310 Process Control System (PCS), 9, 11-12 Process Systems International, 455-458 Procurement Quality Assurance (PQA), 292, 294 Procurement system, 118 Project Management Office (PMO), 127-129,761,

762

966

Proton irradiation of composite materials, 385-388

Proximity effect, 525-526 PSPICE, 191,602 PT resins, 177 Punch-through resistance, 225-228, 255, 833-834,

837,838 Purchasing system, 118 PVC plastic, 401, 402

Q3CH,265 QCC quadrupole magnets

in ASST, 64, 555-558 failure modes, 283-286 field measurements, 439-442 MAGCOOL subcoolertests, 91-94 optical position measurements, 447-450 quench performance, 109-112

QCE cryostat design, 657-660 QU hypothetical magnets, 677-678 QNX operating system, 337 QPS, see Quench protection subsystem QSC quadrupole magnets, 109-112 QSE quadrupole magnets

azimuthal Young's modulus, 181-184 design, 185,647-650 fabrication, 113-116 performance, 650-651,671-674

QSH quadrupole magnets industrial manufacture, 239-242 quality assurance, 295-298 quench performance, 259-262, 727-730

Quadrupole magnets, Collider, see also QCC quadru­pole magnets; QSE quadrupole magnets; QSH quadrupole magnets

beam tube welding, 267-270 optical window heat leaks, 691-694 strain gauge measurements, 703-705 support posts, cryogenic, 173-176 thermal shield design, 851-854

Quadrupole magnets, corrector, 621-624 Quadrupole magnets, HEB, 105-108,263-266 Quadrupole magnets, LEB, 778 Quadrupole magnets, Low Beta, 607-610 Quality assurance

of collar dimensions, 213-216 DOE orders about, 761 of field multipoles, 451-454, 503-506, 719-722 magnet parts measurements, 287-290 Magnet Test Laboratory, 87-90, 473-477,

921-930 for QSH quadrupoles, 295-298 supplier evaluation, 291-294 tomographic inspection, 707-710

Quench detection system, 743-746 Quench heaters

for Collider dipoles, 193-196, 256, 258 energy requirements, 611-614 for inducing test quenches, 825-829 quality assurance, 284 vs. self-protection, 828-830

Page 37: Attendees - link.springer.com

Quench perfonnance, see also Ramp rate in ASST, 73-74, 348-350, 555-558 of beam tube, 271-274 of corrector magnets, 616-617, 723-726 cryogenic operating modes and, 460, 461, 462 data analysis interface, 736 ofDSB dipoles, 187,201-204 electrical insulation and, 699-702 ofHTSC,573 of KEK dipoles, 230-232 ofMAGCOOLsubcooler,91-94 mathematical models, 601-602, 665-669 of MTL cryogenic system, 925-926 prestress effect on, 259-262 ofQSE quadrupoles, 650-651, 671-673 of QSH quadrupoles, 240-241, 727-730

Quench pressure, 665-669 Quench propagation, 825-830 Quench protection, see also Quench heaters

in ASST, 69,75-78,209,211,347-348 insulation and, 192 spool pieces and, 428-430 for vertical bending dipoles, 209, 211-212

Quench protection subsystem (QPS), 14, 17

Radiation Monitoring Devices Co., 375-380 Radiation protection

closed-loop cooling systems, 327 in SDC detector hall, 370

Radiation resistance of barium fluoride, 411-414 of composite materials, 385-388 of diamond, 396-397 of insulation materials, 835, 838 of polymers, 177,436, 617 of SDC materials, 917-918 superinsulation of power leads, 389, 392

Radiation tolerances for magnet components, 177 for power cable, 878 for spool pieces, 419, 428

Ramp rate problems in quadrupoles, 263, 265 vs. quench current, 231-232, 672, 673 sensitivity, 821-824, 837

Ramp splices, 645 RBS, see Rutherford Back-scattering Real Property Inventory System (RPIS), 125 Reemay insulation, 221-224 Refrigeration, see Cryogenic systems Relativistic Heavy Ion Collider (RHIC), 91, 237,

389-392,407,507-510,617,715 Research Instrumentation Data Acquisition System

(RIDAS), 555 Residual resistivity ratio (RRR)

brazing effect on, 563-566 power lead perfonnance and, 390-391 quench performance and, 348-350

Resistive Plate Chambers (RPCs), 399-406, 416-417

RETREEVE, 341

RF systems at IHEP, 547 atSSC, 169-172,773-775,799-807,809-812

RHIC, see Relativistic Heavy Ion Collider RIDAS, see Research Instrumentation Data

Acquisition System RISC systems, see UNIX systems Risk management, for SDC, 907-911 R!L compressors, 456-457 Robbin's tunnel boring machine, 3 ROD-L,280 Roll-forming, for GEM coil, 363-366 Routers, 10 RPCs, see Resistive Plate Chambers RPIS, see Real Property Inventory System RRR, see Residual resistivity ratio Rutherford Back-scattering (RBS), 407, 408-409 Rutherford cable, 443-446, 507, 519, 587-590

Saclay, 105-108,263-266 Safety, for SDC, 907-911 Safety Analysis Report (SAR), 762 SAR, see Safety Analysis Report Sausaging, 591 SCADA, see Supervisory Control and Data

Acquisition Scanning electron microscopy

of cable matrix, 524-525, 592-593 SchedulerlMonitor Processor (SMP), 60 Science Applications International, 39 Scintillating fiber calorimeter, 791, 918 Scintillating fluoride crystals, 407-414 Scintillator hodoscopes, 885, 888 SDC detector, see also Straw tube tracker

alignment, 369, 381-384,889-892 beam pipe for, 901-906 calorimeters, 368, 369, 891, 893-894, 901-903,

906,918 muon barrel toroid, 783-786, 889-900, 918 muon forward toroids, 787-790, 893-896 radiation resistance of materials, 917-918 risk management, 907-911 superconducting coil, 343-346 support platform, 783-786 system-level description, 367-370, 889 transfer bridge, 893-896 vacuum vessel, 351-354

SDS, see Self-Describing Data Standard Sector Station Cryogenic Systems, 459-463,

479-482 Seismic magnet supports, 275-278 Seismic requirements, 863-867 Self-Describing Data Standard (SDS), 736 Semiconducting plastics, 402, 417 Sensors

capacitive proximity, 381-384 gravity, 716, 717-718

Sextupole corrector magnets, 625-628, 778 Shaft transfer lines, 479-482 Shaft utilization, 356 Shanghai Electric Machinery Plant, 917

967

Page 38: Attendees - link.springer.com

Shanghai Institute of Ceramics, 411 Sheffield CORDAX measuring machine, 214 Shield bridges, 221-224 Shock tolerances, 428 Shuttle systems

for magnet installation, 357 for magnet manufacturing, 300-301, 305-306

Siemens, 240, 242,295, 727 SIGMA,755 Silicon avalanche photodiodes, 375-380 Silicon/copper cable matrix, 591-594 Silicon microstrip detector, 371-374 Silicon tracker, 891 Silicon/tungsten calorimeters, 395-398 Silver coating for HTSC, 603-606 Simulations, see also Physics Detector Simulation

Facility Monte Carlo, 251-254, 396, 397, 410 of spool piece production, 551-554

SINDAIFLUINT, 429, 561, 610 SISSY, see Systems Integration Support System

(SISSY) Skew quadrupole measurements, 451-454 Skew sextupole magnets, 778 Small businesses, 38 SMP, see SchedulerlMonitor Processor Software Through Pictures, 138 Soldering, 563-566, 604 Solenoid Detector Collaboration, see SDC detector SONET, see Synchronous Optical Network Spaulding Composites, 386, 387 Spaulrad composite, 256-257, 387 SPEARS, see Supplier Performance Evaluation and

Rating System SPICE, 382,400-402 Spinoffs from SSC, 5-6 Spiral fin power leads, 476 Splicing of cables, 350, 358, 645, 649, 727 Spool pieces, see also Corrector magnets

for ASST, 347,555-556 design and development, 427-430 hermetic electrical connectors, 419-421 production simulation, 551-554 vacuum barriers, 423-426

SPRA, 423-426, 429 SPXA, 423-426, 429 SQL interface for PAW, 755-757 SSCL, see Superconducting Super Collider

Laboratory SSCMAG, 600, 635-637, 643, 837 STACKUP, 599-600, 635-637 Stal compressors, 96-99 Stanford University, 778 Statistical quality control

of field multi poles, 451-454, 503-506, 719-722 Status of SSC, 3-4 Steel

cosmic ray absorption, 415-416 ferromagnetic, 233-238, 798 high manganese, 217-220, 233-238, 645

Storage of magnets, 687-690

968

Strain gauges, 89-90, 701-702, 703-705, 737 Straw tube tracker

alignment, 367-368,369,891 ASD-8 signal processor, 43-46 front-end electronics, 51-54 timing systems, 47-50, 59-62, 751-754

Stress relaxation of coils, 839-842 String test, see Accelerator System String Test; ER

string test Sumitomo Electric Industries, 147-158,519-522 Superconducting cable, see also Critical current;

Critical current density; Vendor Qualifica­tion Program

cable-in-conduit design, 363-366, 595-598, 683, 796-797,798

current loop decay, 443-446 degradation, 157, 159-162, 165 dimensions, control of, 149-150, 157-158 fine filamentary wire, 523-526 hexagonal tube method, 523-526 inter-filament coupling, 587-590 loss calculations, 653-656 magnetization loops, 587-590 manganese in matrix, 680 mechanical and electrical properties, 225-228 for RHIC, 507-510 Rutherford-type, 443-446, 507, 519, 587-590 silicon in matrix, 591-594 splicing, 350, 358, 645, 649, 727 tensile strength, 152-154, 166 winding direction, 114-115

Superconducting Super Collider Laboratory (SSCL), see also Accelerator System String Test; Physics Detector Simulation Facility; Vendor Qualification Program

Accelerator Cryogenics, 323 Accelerator Systems Division, 359, 761 Applied Geodesy, 449 Cable Test Facility, 159,247-249 Cold Test Facility, 87-90, 473-477, 921-930 collaboration with industry, 37-40 Collider dipole prototype, 213-216 Collider Installation Phase I Program, 355-358 distributed computing at, 141-145 General Management Office (GMO), 761 HEB dipole design and properties, 185-188, 189,

217 Magnet Development Laboratory, 25, 255-258 Magnet Systems Division, 155, 161,283-286,

579,657,735,761 Magnet Systems Division Quality Assurance,

213-216,287-294 Magnet Test Laboratory, 87-90, 473-477, 739,

743,921-930 Project Management OtIice (PMO), 761, 762 quadrupole model fabrication, 113-116 Quality Assurance Offices, 759-762 Short Magnet and Cable Test Laboratory, 258,

671 Spool Piece Test Facility, 430 TCCAMU chip testing, 49-50

Page 39: Attendees - link.springer.com

Superconductivity, Inc., 629 Superconductors, high temperature (HTSC)

for power leads, 559, 567-578, 629-633 silver-coated, 603-606

Superinsulation of power leads, 389, 392 Supersymmetry, 415 Supervisory Control and Data Acquisition

(SCADA), 35-36, 335-338 Supplier Perfonnance Evaluation and Rating System

(SPEARS),291-294 Support posts

heat damage to, 690 heatleaksthrough,848-849 injection molded, 173-176 single tube, 659, 855-862

Support systems for beam pipe, 906 for noble liquid calorimeter, 792 for SOC detector, 783-786 six-strut, for magnets, 275-278, 763-766,

843-846 Sybase

for magnet test data, 736, 742 at PDSF, 138, 139,492,493 SQL interface to PAW, 755-757 for TIR data, 416, 884, 886

Synchronous Optical Network (SONET), 10, 780 Synchrotron radiation, 271, 543-544, 817 Systems Integration Support SYstem (SISSY),

135-139, 487

Tape data storage, 492 TCCAMU, see Time to Charge Converter TDC, see Time to Digital Converter Technical systems, 335-337, 355-358 Technicolor, 415 Technology transfer, 24, 37-38 Tektronix SHPi analog bipolar process, 44 Telecommunications infrastructure, 10 Teledyne SC, 147-158 Teledyne Wah Chang, 508. 515, 584 Temperature margins, 197-200 Test & Process Control System (TPCS), 279-282 Tevatron, 178, 381, 560 Texas National Research Laboratory Commission, 62 Texas Test Rig (TIR), 415-418,881-888 Texas Water Commission, 331 Thermal insulation, see Heat leaks; Multi Layer

Insulation; Thennal shields Thermal shields, see also 20K thermal shields; 80K

thermal shields entrapped design, 851-854 for shaft transfer lines, 479, 480, 481

Thermoplastics, 173, 178-180, 432, 436 Thermosyphon for GEM detector, 683-685, 798 3-D simulation, 551-554 Time Measurement Cell (TMC), 751-754 Time Memory Assembly (TMA), 59-60, 62 Time memory chip (TMC), 59-62 Time to Charge Converter (TCCAMU), 47-50 Time to Digital Converter (TOe), 47-50

Timing systems for LEB, 803-807 precision timing system, 21-22, 803

Titanium rods, 797 TK Solver, 429 TMA, see Time Memory Assembly TMC, see Time Measurement Cell; Time memory chip Tokyo Metropolitan University, 46 Tomographic inspection, 707-710 Tongju University, 411 TOSCA, 265, 644 Toshiba Corp., 343 TPCS, see Test & Process Control System Training behavior, see Quench perfonnance Transfer bridge for SOC, 893-896 Transfer lines, cryogenic, 315-322,479-482 Transportation of magnets, 357, 687-690 TRASYS, 429 TRIUMF, 396-397 TIR, see Texas Test Rig Tunnels

cooling system, 873-876 design and construction, 27-30, 126,780 installation, 355-357 LEB,780 transport system, 39 West Utility Straight Section, 127-130

20K thermal shields alignment windows in, 691-694 for ASST, 555-558 entrapped design, 853-854 heat load on, 465, 466 in quadrupole design, 658, 660

221 CR composite, 387

Ultem 6200 composite, 256 Ultraviolet laser, 416 Ultraviolet retlective coatings, 409-410 Universal Field Services, 125 Universal Timing Modules (UTMs), 22 Universities Research Association (URA), 38, 39,

40,117 University of California, Berkeley, 529 University of California, Santa Cruz, 45 University of Colorado, 46 University of Houston, 418 University of Pennsylvania, 43, 47, 751-754 University of Rome, 405 University of Texas, EI Paso, 39 University of Toronto, 59 University of Twente, 587 UNIX systems

for accelerator control, 10, 11 for ASST data acquisition, 81 for conventional equipment control, 337 for MagCom database, 736, 737 for magnet data acquisition, 439, 712, 739-740 atPDS~ 135,483-493,495-498 in SSCLdistributed network, 141-145 for TTR data acquisition, 416,881-884

UNK accelerator, 547, 648

969

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Unweighted Moving Average (UWMA), 451-454 UpiJex/epoxy insulation, 205-208, 225-228, 229 URA, see Universities Research Association Utility systems, 335-338 UTMs, see Universal Timing Modules UWMA, see Unweighted Moving Average

Vacuum pumps, 902-903, 906 Vacuum systems, see also Cryogenic systems

in ASST, 82 beam tube and, 271-274, 901-906 forLEB,779 for shaft transfer lines, 479-482 spool pieces and, 423-426, 428, 430

Vacuum vessels, 351-354,659,663-664,797 Variation Simulation Analysis (VSA), 251-254 VAX systems, 144,304,470 Vendor Qualification Program (VQP), 160

Alsthom Intermagnetics, 511-514 cable performance, 155-158 conductor properties database, 579-582 Hitachi Cable, 583-586 Oxford Superconducting Technology,

515-518 schedule, 147 strand performance, 147-150, 151-154 Sumitomo Electric Industries, 519-522

Vertical bending dipole magnets, 209-212, 639-642, 661-664,831-834

Vertical Field Angle Probe (FAP), 695-698 Vibrating sample magnetometry, 525 Vibration control, 306 VME systems

for ASST, 81 for magnet data acquisition, 439, 473, 475, 712,

739, 740 procurement needs, 10-11 for quench detection, 744, 745 for RF systems, 775 tape drive controller, 131-133 for TTR data acquisition, 416, 882-883

VMS operating system, 144,304 Voltage taps, 89, 90 VQP, see Vendor Qualification Program VSA, see Variation Simulation Analysis VXI systems

for ASST, 80-82 for beam instrumentation, 20, 21

970

VXI systems (cont.) procurement needs, 10-11 for Universal Timing Modules, 22

Warm bore, 476 Warm/cold correlations, 441, 503-506,719-722 Water, low conductivity, 82, 327-330 Water quality, 331, 334, 335 Water rights, 334 Wave division multiplexing (WDM), 57-58 Waveguide-to-coax system, 547-550 WDM, see Wave division multiplexing Welcom Software Corp., 281 Welding, 267-270, 358 WEMAP, 191, 199,600 Westinghouse Electric Corp., 21, 23, 24, 38, 39

HEB dipole field and temperature margins, 197-200 HEB dipole insulation problems, 189-192, 835-838 HEB dipole loss calculations, 653-656 HEB dipole mathematical modeling, 217-220,

599-602,635-638 HEB dipole quench performance, 201-204 HTSC power leads, 567-570, 571-574

West Utility Straight Section, 127-130,767 Wind on coil technique, 645, 649 Windows, see Microsoft Windows; Optical align­

ment windows WINGZ, 139

Xinhe Shipyard, 918 XMPI,255-256,622,626 XP17,617 X-rays, fluoride response to, 410 X-terminals, 10

YBCO/ Ag, 630 Yokes of magnets

for Collider dipoles, 256, 257-258 ferromagnetic steel for, 233-238 for HEB quadrupoles, 265-266

Young's modulus ofHEB dipoles, 185-186 ofQSE inner coils, 181-184 of superconducting cable, 205-208, 225-228

Z-Bosons, 415 ZEBRA,755 ZerRes Corp., 603