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HEAVY ION LABORATORY of the WARSAW UNIVERSITY and WARSAW PET CENTRE Jerzy Jastrzębski Presented at „GOSIA WORKSHOP” Warsaw, April 2008. HEAVY ION LABORATORY The Laboratory is an interdepartamental unit of the Warsaw University. Heavy Ion Laboratory – Warsaw University. - PowerPoint PPT Presentation
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HEAVY ION LABORATORY of the WARSAW UNIVERSITY
and
WARSAW PET CENTRE
Jerzy Jastrzębski
Presented at
„GOSIA WORKSHOP”
Warsaw, April 2008
HEAVY ION LABORATORYThe Laboratory is an interdepartamental unit
of the Warsaw University
Created in 1979: Based on the agreement of three state institutions:(present names):
Ministry of Education
Polish Academy of Sciences
National Atomic Energy Agency
Main equipment: heavy – ion isochronous cyclotron, accelerating ions up to mass 40
to the energies E=10MeV/ACyclotron commissioning:
1994, first beams with the PIG ion source
1997, replacement of the PIG source by ECR
Laboratory staff: 55 people
Number of cyclotron users until the end of 2007: about 800
Building:
Including:
10 000 m2
Cyclotron vault
Experimental hallData acquisition roomConference roomSeminar roomLibraryGuest rooms (housing 12 persons)
A RC H AE O LO G Y
S T UD E NT ’S R ES IDE N CE HA LLS
M ATEM ATYKA U W
H EAVY IONLABOR ATORY
P HY S IC S
B IO LO G Y
S Q U AR E
R AD IO CH EM IS T RY
Ż W IR KI I W IG U RY St.
P O LIS H AC AD E M Y o f SC IE NC E S B IO LO G Y
C L IN ICA LHO SP ITA L
P HA RM A CO LO G Y
GE
OLO
GY
M ATH EM AT IC S
C HE M IS TRY
O N C O LO G Y CE N TE R
CE NT E R 3 km
PASTEURA St.
AIR PO RT 5 km
B
AN
AC
HA
St.
H eavy Ion Labora tory and its surroundings
EXPERIMENTAL HALL
CYCLOTRON
USERS HALL
MACHINE SHOP
ECRWORKSHOP
POWER SUPPLIES
CONTROL ROOM
ROOMS
LECTURE
CLOAK ROOM
LECTURE ROOMS
ROOMCONFERENCE
ROOMSEMINAR
DESKRECEPTION
ENTRANCE
PATIO
GROUND - FLOOR 0.00 m
Heavy Ion Laboratory – Warsaw University
1029
1908
2311
2938
2044
3164
25592434
2020
0
500
1000
1500
2000
2500
3000
3500
1999 2000 2001 2002 2003 2004 2005 2006 2007
year
Total beam time
Access to the Warsaw Cyclotron in 2007(total 129)
0
5
10
15
20
25
30
Stu
den
tw
ork
sh
op
OS
IRIS
Ele
ctro
n S
pe
c.
Un
iv. S
catt
erin
gC
ham
ber
ICA
RE
Ma
chin
eD
evel
op
. &B
eam
Tes
ts
IGIS
OL
Co
ule
x
Bio
log
y
nu
mb
er
of
us
ers
young scientists
senior scientists
Dubna type K=160 machine10 GHz (home made) ECRIons from B to Ar2 – 10 AMeV energy
1029
1908
2311
2938
2044
3164
25592434
2020
0
500
1000
1500
2000
2500
3000
3500
1999 2000 2001 2002 2003 2004 2005 2006 2007
year
Total beam time
Experimental hall of HIL
0 5 m 10 m
USERS HALL
EXPERIMENTAL HALL
CYCLOTRON
ROOMCONTROL
Beam time in 2007 for experiments
414
270 266250 240
224203
95
58
0
50
100
150
200
250
300
350
400
450
IGIS
OL
Un
iv.
Sc
att
eri
ng
Ch
am
be
r
Bio
log
y
Ma
ch
ine
De
ve
lop
. &
Be
am
Te
sts C
ou
lex
OS
IRIS
ICA
RE
Ele
ctr
on
Sp
ec
.
Stu
de
nt
wo
rks
ho
p
HIL in FP7Project Status Proposed
EU contribution
Spiral2 Preparatory Phase Proposal acceptedNegotiation phase
€ 70 000
WP2 Coordination of the Preparatory Phase
€ 70 000
I3 – ENSAREuropean Nuclear Science and Applications Research
Proposal submitted € 89 000
JRA08 - EWIRAEast-West Integrated Research Activities NA 05 – NEMONetwork on experimental techniques for Nuclear Electromagnetic Moments
€ 75 000
€ 14 000
I3 – EUCYNETEuropean Cyclotron Network for Health and Applied Research
Proposal submitted € 181 652
WP2Communication and ITWP3 (NA)Cyclotrons and Nuclear MedicineWP4(NA)Cyclotron applications in nanotechnologyWP5(NA)Cyclotron good practice: validation protocols, operation qualification and CertificationWP17 (TNA)Transnational Access to the UWHIL cyclotron facilities
€ 5 426
€ 8 137
€ 8 137
€ 8 137
€ 121 345
PET Radiopharmaceutical Production Centre at HIL
PET Q CCHEMISTRYCYCLOTRON
K = 160
BIOLOGY
SCAT.CH.
CUDAC
GDR
D
CYCLOTRON
ICARE
A
B
.1C.1
SEPARATOR
.2C.1OSIRIS
C.4
C.3
C.2
EXPERIMENTAL HALL