Ionizing Radiation, France, LNE (Laboratoire national de ...kcdb.bipm.org/appendixC/RI/FR/RI_FR.pdf · Calibration and Measurement Capabilities Ionizing Radiation, France, LNE (Laboratoire

Calibration and Measurement Capabilities

Ionizing Radiation, France, LNE (Laboratoire national de métrologie et d'essais)

QuantityInstrument or

Artifact

Instrument Type

or Method

Minimum

value

Maximum

valueUnits Parameter Specifications Value Units

Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments

RADIOACTIVITY

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Ag-110m glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2001

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Ag-110m glass ampoule 2.7 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2003

Approved on

21 September

2016

Activity Single nuclide

solution

Secondary

standard ionisation

chamber, balance

5.00E+04 5.00E+07 Bq Ag-110m glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2002

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

1.00E+02 1.00E+06 Bq g-1 Am-241 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2004

Approved on

21 September

2016

ActivitySingle nuclide,

solid source

Defined solid angle

a-particle counting

standard

1.00E+01 3.00E+04 Bq Am-241electrodeposited

source0.5 % 2 ~95% Yes

Defined solid

angle a-particle

counting

standard

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2005

Approved on

21 September

2016

Activity

Multiple

nuclide, solid

source

Defined solid angle

a-particle counting

standard

4.00E+01 3.00E+04 Bq Am-241

multiple nuclide

electrodeposited

source

0.5 % 2 ~95% Yes

Defined solid

angle a-particle

counting

standard

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2006

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+04 1.00E+06 Bq Am-241 point solid source 1.2 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2007

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+08 Bq g-1 Au-198 glass ampoule 1 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2008

Approved on

21 September

2016

Note: All services are provided by the LNE-LNHB (Commissariat à l'énergie atomique/Laboratoire National Henri Becquerel), except Services EUR-RAD-LNE-3001 to 3009 (included) that are provided by the LNE-

IRSN (Institut de radioprotection et de sûreté nucléaire)

Reference Standard used in

calibrationCalibration or Measurement Service Measurand Level or Range

Measurement

Conditions/Independent

Variable

Expanded Uncertainty

The BIPM key comparison database, September 2016 1/41




Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable



solution

Secondary

standard ionisation

chamber, balance

5.00E+04 5.00E+08 Bq Au-198 glass ampoule 1 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2009

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+08 Bq g-1 Ba-133 glass ampoule 0.5 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2010

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πγ counting,

4πγ(x,e)-γ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2012

Approved on

21 September

2016

Activity

Solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Ba-133 point solid source 1.2 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2013

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+11 Bq Ba-133 glass ampoule 0.9 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2011

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

4πβ-γ-coincidence

counting, standard

weighing set


4πγ counting,

4πγ(x,e)-γ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2014

Approved on

21 September

2016


solution


counting4.00E+00 1.00E+02 Bq Ba-140 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2015

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+01 1.00E+07 Bq g-1 Bi-207 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2016

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 C-11 glass ampoule 2 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2017

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 2.00E+11 Bq C-11 glass ampoule 2 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2018

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution (pure

beta particle

emitter)

Liquid scintillation

counting, balance1.00E+02 1.00E+07 Bq g

-1 C-14 glass ampoule 1.4 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2019

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution (pure

beta particle

emitter)



-1 C-14 glass ampoule 2.2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2020

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 C-14 point solid source1.5 to

0.8% 2 ~95% Yes 4π (PC) LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2021

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Ca-45 glass ampoule 1.7 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2022

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

4.00E+04 1.00E+07 Bq g-1 Cd-109 glass ampoule 2.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2023

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Cd-109 glass ampoule 3.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2024

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+04 1.00E+06 Bq

Cd-109/Ag-

109mpoint solid source 1.7 % 2 ~95% Yes

4π(x,e)γ

coincidence

counting, TDCR

liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2025

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+06 Bq g-1 Ce-139 glass ampoule 1.4 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2026

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2028

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+06 Bq Ce-139 glass ampoule 1.4 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2027

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Ce-139 point solid source 1 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2029

Approved on

21 September

2016

Activity per

unit mass

Single nuclide,

solid source

(gamma ray

detectors)

Secondary

standard ionisation

chamber, balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2030

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2032

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Ce-141 point solid source 0.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2033

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2031

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2034

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2036

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2035

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Ce-144 point solid source 2.4 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2037

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Cl-36 glass ampoule 1.7 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2038

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Cl-36 point solid source1.5 to


EUR-RAD-

LNE-

LNHB-

2039

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Defined solid angle

a-particle counting

standard

1.00E+05 1.00E+06 Bq g-1 Cm-244 glass ampoule 0.5 % 2 ~95% Yes

Defined solid

angle α-particle

counting

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2040

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable



solid source

Defined solid angle

a-particle counting

standard

1.00E+01 3.00E+04 Bq Cm-244electrodeposited


Defined solid

angle α-particle

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2041

Approved on

21 September

2016

Activity

Multiple

nuclide, solid

source

Defined solid angle

a-particle counting

standard

4.00E+01 3.00E+04 Bq Cm-244

multiple nuclide

electrodeposited

source

0.5 % 2 ~95% Yes

Defined solid

angle α-particle

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2206

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Co-56 glass ampoule 0.8 % 2 ~95% Yes

4πγ-counting,

4πβγ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2042

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πγ-counting,

4πβγ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2044

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Co-56 glass ampoule 0.8 % 2 ~95% Yes

4πγ-counting,

4πβγ

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2043

Approved on

21 September

2016

Activity per

unit mass

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Co-56 point solid source 2.2 % 2 ~95% Yes

4πγ-counting,

4πβγ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2045

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2046

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2046

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Co-57 point solid source 1.2 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2049

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber


4π(x,e)-γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2047

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4π(x,β+)γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2050

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4π(x,β+)γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2052

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+06 Bq Co-58 glass ampoule 0.4 % 2 ~95% Yes4π(x,β

+)γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2051

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray


4π(x,β+)γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2053

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2054

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2056

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Co-60 point solid source 0.8 % 2 ~95% Yes

proportional

counter of the

4pbg

coincidence

system

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2058

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2059

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2055

Approved on

21 September

2016

Activity per

unit mass

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+06 Bq g-1 Co-60 point solid source 1.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2057

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

5.00E+04 1.00E+09 Bq g-1 Cr-51 glass ampoule 0.7 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2060

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Cr-51 glass ampoule 2 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2060

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+04 1.00E+06 Bq Cr-51 point solid source 0.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2063

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable



solution

Secondary

standard ionisation

chamber

5.00E+04 5.00E+09 Bq Cr-51 glass ampoule 0.7 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2061

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 5.00E+07 Bq g-1 Cs-134 glass ampoule 0.5 % 2 ~95% Yes

4πγ counting,

4πβγ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2064

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πγ counting,

4πβγ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2064

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Cs-134 point solid source1.5 to


EUR-RAD-

LNE-

LNHB-

2068

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+09 Bq Cs-134 glass ampoule 0.5 % 2 ~95% Yes

4πγ counting,

4πβγ -

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2065

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer4.00E+00 1.00E+06 Bq Cs-134 point solid source 2.2 % 2 ~95% Yes

4πγ counting,

4πβγ -

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2067

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4πβγ-

coincidence

efficiency tracer

counting,TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2069

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

coincidence

efficiency tracer

counting, TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2071

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+09 Bq Cs-137 glass ampoule 0.7 % 2 ~95% Yes

4πβγ-

coincidence

efficiency tracer

counting,TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2070

Approved on

21 September

2016


solution

Gamma ray

spectrometer4.00E+00 1.00E+06 Bq Cs-137 glass ampoule 2.2 % 2 ~95% Yes

4πβγ-

coincidence

efficiency tracer

counting,TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2072

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Cs-137/Ba-

137mpoint solid source

1.5 to


EUR-RAD-

LNE-

LNHB-

2073

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray


Cs-137/Ba-


4πβγ-

coincidence

efficiency tracer

counting,TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2074

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 7.00E+09 Bq g-1 Cu-64 glass ampoule 1.6 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2075

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+10 Bq Cu-64 glass ampoule 1.6 % 2 ~95% Yes

TDCR liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2076

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+09 Bq g-1 Eu-152 glass ampoule 0.4 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2078

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Eu-152 glass ampoule 2 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2080

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+10 Bq Eu-152 glass ampoule 0.7 % 2 ~95% Yes 4πβγ counting LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2079

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer4.00E+00 1.00E+06 Bq Eu-152 point solid source 2 % 2 ~95% Yes 4πβγ counting LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2081

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+01 1.00E+09 Bq g-1 F-18 glass ampoule 2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2082

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+01 5.00E+09 Bq F-18 glass ampoule 2 % 2 ~95% Yes

TDCR liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2083

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution


counting, balance1.00E-02 1.00E+06 Bq g

-1 Fe-55 glass ampoule 2.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2084

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

TDCR liquid

scintillation

counting, balance

1.00E+03 1.00E+06 Bq g-1 Fe-55 glass ampoule 1 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2085

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Fe-59 glass ampoule 0.8 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2086

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Fe-59 glass ampoule 3.2 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2088

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Fe-59 glass ampoule 0.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2087

Approved on

21 September

2016

Activity

Solid source

(gamma ray

detectors)

Gamma ray

spectrometer5.00E-01 1.00E+07 Bq Fe-59 point solid source 0.4 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2089

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 5.00E+08 Bq g-1 Ga-67 glass ampoule 1.2 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2090

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+10 Bq Ga-67 glass ampoule 1.2 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2091

Approved on

21 September

2016

Efficiency of

ionisation

chambers

Ionisation

chamberSubstitution 2.00E-18 1.00E-08 A Bq

-1

g-ray

emitting

nuclide

all kinds of

containers0.2 % 2 ~95% Yes

Depending on

radionuclideLNE-LNHB

EUR-RAD-

LNE-

LNHB-

2092

Approved on

21 September

2016

Efficiency of

ionisation

chambers

Radionuclide

calibrator

(ionisation

current versus

activity)

Substitution 1.00E-13 1.00E-07 A Bq-1

g-ray

emitting

nuclide

geometry used in

nuclear medicine2 % 2 ~95% Yes

Depending on

radionuclideLNE-LNHB

EUR-RAD-

LNE-

LNHB-

2093

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution (pure

beta particle

emitter)



-1 H-3 tritiated water 2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2094

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution (pure

beta particle

emitter)



-1 H-3 tritiated water 2.2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2095

Approved on

21 September

2016

Activity per

unit volume

Single nuclide

gas

Differential

proportional

counter, standard

volume set

1.00E+01 4.00E+07 Bq cm-3 H-3

Hydrogen gas in

glass ampoule or in

metallic bottles

3 % 2 ~95% Yes

Differential

proportional

counter,

standard volume

set

LNE-LNHB,

LNE

(volume)

EUR-RAD-

LNE-

LNHB-

2096

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+05 Bq g-1 Ho-166m glass ampoule 0.7 % 2 ~95% Yes

4πβγ-

anticoincidence

counting, TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2097

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Ho-166m glass ampoule 2.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting, TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2099

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+05 Bq Ho-166m glass ampoule 0.7 % 2 ~95% Yes

4πβγ-

anticoincidence

counting, TDCR

liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2098

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer4.00E+00 1.00E+07 Bq Ho-166m point solid source 2.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting, TDCR

liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2100

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+09 Bq g-1 I-123 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2101

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+09 Bq I-123 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2102

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2103

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+09 Bq I-125 glass ampoule 3 % 2 ~95% Yes

TDCR liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2104

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

4.00E+04 5.00E+05 Bq g-1 I-129 glass ampoule 2 % 2 ~95% Yes

4π(LS)βγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2105

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

4.00E+04 1.00E+07 Bq I-129 glass ampoule 2 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2106

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2107

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2109

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer4.00E+00 1.00E+07 Bq I-131 point solid source 1.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2110

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq I-131 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2108

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+09 Bq g-1 In-111 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2111

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+09 Bq In-111 glass ampoule 0.5 % 2 ~95% Yes 4πβγ-counting LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2112

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance,

gamma ray

spectrometer

1.00E+04 1.00E+09 Bq g-1 Ir-192 glass ampoule 0.6 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2113

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Ir-192 glass ampoule 2.8 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2115

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber, gamma

ray spectrometer

1.00E+04 5.00E+09 Bq Ir-192 glass ampoule 0.6 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2114

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer4.00E+00 1.00E+07 Bq Ir-192 point solid source 2.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2116

Approved on

21 September

2016

Activity per

unit volume

Single nuclide

gas

Differential

proportional

counter, standard

volume set

1.00E+01 4.00E+07 Bq cm-3 Kr-85

Krypton gas in glass

ampoule or in

metallic bottles

1 % 2 ~95% Yes

Differential

proportional

counter,

standard volume

set

LNE-LNHB,

LNE

(volume)

EUR-RAD-

LNE-

LNHB-

2117

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Lu-177 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting, TDCR

liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2118

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Lu-177 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting, TDCR

liquid

scintillation

counting.

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2119

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Mn-54 glass ampoule 0.7 % 2 ~95% Yes

4π(x,e)γ-anti

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2120

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Mn-54 glass ampoule 1.8 % 2 ~95% Yes

4π(x,e)γ-anti

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2122

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Mn-54 point solid source 0.8 % 2 ~95% Yes

4π(x,e)γ-anti

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2123

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Mn-54 glass ampoule 0.7 % 2 ~95% Yes

4π(x,e)γ-anti

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2121

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+08 Bq g-1 Mn-56 glass ampoule 1 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2124

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable



solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+08 Bq Mn-56 glass ampoule 1 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2125

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+09 Bq g-1 Mo-99/Tc-

99mglass ampoule 0.5 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2126

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+09 Bq Mo-99/Tc-


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2127

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Na-22 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2128

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance


4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2130

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Na-22 point solid source1.5 to


EUR-RAD-

LNE-

LNHB-

2131

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Na-22 point solid source 0.8 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2132

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Na-22 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2129

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2133

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Na-24 glass ampoule 0.5 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2134

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+06 Bq g-1 Nb-95 glass ampoule 0.4 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2135

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Nb-95 glass ampoule 2.2 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2137

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+06 Bq Nb-95 glass ampoule 0.4 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2136

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+07 Bq Nb-95 point solid source 2.2 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2138

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)


counting4.00E+00 1.00E+07 Bq Nb-95 point solid source 2.2 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2139

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Ni-63 glass ampoule 1 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2140

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution



-1 Ni-63 glass ampoule 3.2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2141

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Np-237 glass ampoule 1 % 2 ~95% Yes

Defined solid

angle α-particle

counting, 4παγ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2142

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

4.00E+04 4.00E+07 Bq g-1 P-32 glass ampoule 1.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2143

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

4.00E+04 1.00E+09 Bq P-32 glass ampoule 1.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2144

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

4.00E+04 1.00E+06 Bq g-1 Pb-210 glass ampoule 1.5 % 2 ~95% Yes

4π(LS)βγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2145

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

4.00E+04 1.00E+07 Bq Pb-210 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2146

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Pm-147 glass ampoule 1.7 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2147

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution



-1 Pm-147 glass ampoule 2.2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2148

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Pm-147 point solid source1.5 to


EUR-RAD-

LNE-

LNHB-

2149

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Pu-238 glass ampoule 0.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2150

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Pu-238 glass ampoule 1.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2151

Approved on

21 September

2016


solid source

Defined solid angle

a-particle counting

standard

1.00E+01 3.00E+04 Bq Pu-238electrodeposited


Defined solid

angle α-particle

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2152

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Defined solid angle

a-particle counting

standard

1.00E+02 1.00E+06 Bq g-1 Pu-239 glass ampoule 0.5 % 2 ~95% Yes

Defined solid

angle α-particle

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2153

Approved on

21 September

2016


solid source

Defined solid angle

a-particle counting

standard

1.00E+01 3.00E+04 Bq Pu-239electrodeposited


Defined solid

angle α-particle

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2154

Approved on

21 September

2016

Activity

Multiple

nuclide, solid

source

Defined solid angle

a-particle counting

standard

4.00E+01 3.00E+04 Bq Pu-239

multiple nuclide

electrodeposited

source

0.5 % 2 ~95% Yes

Defined solid

angle α-particle

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2006

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution


counting, balance1.00E+02 1.00E+06 Bq g-1 Pu-241 glass ampoule 3.4 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2155

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Ru-103/Rh-


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2156

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Ru-103/Rh-


4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2158

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray


Ru-103/Rh-


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2159

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Ru-103/Rh-


4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2157

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)


counting1.00E+04 1.00E+06 Bq Ru-106 point solid source 0.8 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2160

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 S-35 glass ampoule 2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2161

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 7.00E+09 Bq g-1 Sb-124 glass ampoule 0.6 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2162

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable



solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+10 Bq Sb-124 glass ampoule 0.6 % 2 ~95% Yes

4πβγ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2163

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Sb-124 glass ampoule 0.6 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2164

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer5.00E-01 1.00E+07 Bq Sb-124 point solid source 0.6 % 2 ~95% Yes

4πβγ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2165

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 4.00E+08 Bq g-1 Se-75 glass ampoule 1 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2166

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Se-75 glass ampoule 2.3 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2168

Approved on

21 September

2016

ActivitySingle nuclide

solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+10 Bq Se-75 glass ampoule 1 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2167

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer5.00E-01 1.00E+07 Bq Se-75 point solid source 2.3 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2169

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+09 Bq g-1 Sm-153 glass ampoule 0.4 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2170

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable



solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+10 Bq Sm-153 glass ampoule 0.4 % 2 ~95% Yes

TDCR liquid

scintillation

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2171

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Sr-85 glass ampoule 0.7 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2172

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Sr-85 glass ampoule 2.2 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2174

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Sr-85 point solid source 1.2 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2175

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Sr-85 glass ampoule 0.7 % 2 ~95% Yes

4π(x,e)-γ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2173

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Sr-89 glass ampoule 0.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2176

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Sr-89 glass ampoule 2.2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2177

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Sr-89 point solid source1.5 to


EUR-RAD-

LNE-

LNHB-

2178

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Sr90/Y90 point solid source1.5 to


EUR-RAD-

LNE-

LNHB-

2179

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Sr-90/Y-90 glass ampoule 2 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2180

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Sr-90/Y-90 glass ampoule 2.1 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2181

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 7.00E+09 Bq g-1 Tc-99m glass ampoule 1.8 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2182

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution


counting1.00E+02 1.00E+07 Bq g

-1 Tc-99m glass ampoule 2 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2184

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 1.00E+10 Bq Tc-99m glass ampoule 1.8 % 2 ~95% Yes

4πβγ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2183

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

1.00E+00 8.00E+05 Bq g-1 Th-228 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2185

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Th-228 glass ampoule 3.2 % 2 ~95% Yes

4πβγ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2186

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

5.00E+04 1.00E+09 Bq g-1 Tl-201 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2187

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

5.00E+04 1.00E+09 Bq Tl-201 glass ampoule 1.5 % 2 ~95% Yes

4πβγ-

anticoincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2188

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Tl-204 glass ampoule 1 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2189

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Tl-204 glass ampoule 2.3 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2190

Approved on

21 September

2016

Surface

emission rate

Single nuclide,

solid source

4π proportional

counter3.00E+00 3.00E+03 s

-1 Tl-204 point solid source1.5 to

0.8% 2 ~95% Yes

4π proportional

countingLNE-LNHB

EUR-RAD-

LNE-

LNHB-

2191

Approved on

21 September

2016

Activity per

unit volume

Single nuclide

gas

Differential

proportional

counter, standard

volume set

1.00E+01 4.00E+07 Bq cm-3 Xe-133

Xenon gas in glass

ampoule or in

metallic bottles

2 % 2 ~95% Yes

Differential

proportional

counter,

standard volume

set

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2192

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Y-88 glass ampoule 0.8 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2193

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Y-88 glass ampoule 2.2 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2195

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Y-88 point solid source 1 % 2 ~95% Yes

4πβγ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2196

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Y-88 glass ampoule 0.8 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2194

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution



-1 Y-90 glass ampoule 1.5 % 2 ~95% Yes

TDCR liquid

scintillation

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2197

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

4.00E+04 1.00E+07 Bq g-1 Yb-169 glass ampoule 0.5 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2198

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Yb-169 glass ampoule 2.8 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2200

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

4.00E+04 5.00E+07 Bq Yb-169 glass ampoule 0.5 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2199

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+03 1.00E+06 Bq Yb-169 point solid source 2.8 % 2 ~95% Yes

4πγ counting,

4πγ(x,e)-γ

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2201

Approved on

21 September

2016

Activity per

unit mass

Single nuclide

solution

Secondary

standard ionisation

chamber, balance

1.00E+04 1.00E+07 Bq g-1 Zn-65 glass ampoule 0.6 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2202

Approved on

21 September

2016





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Activity per

unit mass

Single nuclide

solution

Gamma ray

spectrometer,

balance

4.00E+00 1.00E+02 Bq g-1 Zn-65 glass ampoule 2.2 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting,

standard

weighing set

LNE-LNHB,

LNE (mass)

EUR-RAD-

LNE-

LNHB-

2204

Approved on

21 September

2016

Activity

Single nuclide,

solid source

(gamma ray

detectors)

Gamma ray

spectrometer1.00E+04 1.00E+06 Bq Zn-65 point solid source 0.8 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2205

Approved on

21 September

2016


solution

Secondary

standard ionisation

chamber

1.00E+04 5.00E+07 Bq Zn-65 glass ampoule 0.6 % 2 ~95% Yes

4π(x,e)-γ-

coincidence

counting

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2203

Approved on

21 September

2016

DOSIMETRY

Absorbed

dose in soft

tissue

Dosemeter

Calibration in a

calibrated field free

in air

2.0E-05 5.0E+00 GyBeta

radiation

ISO 6980, Pm-147,

Kr-85, Sr-90/Y-902.7 % 2 ~95% Yes

Primary

extrapolation

ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1001

Approved on

11 September

2013

Personal

dose

equivalent at

0.07 mm

depth

Personal

dosimeter

Calibration in a

calibrated field

using a phantom

2.0E-05 5.0E+00 SvBeta

radiation

ISO 6980, Pm-147,

Kr-85, Sr-90/Y-906.5 % 2 ~95% Yes

Primary

extrapolation

ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1002

Approved on

11 September

2013

Directional

dose

equivalent

Dosemeter

Calibration in a


in air

2.0E-05 5.0E+00 SvBeta

radiation

ISO 6980, Pm-147,

Kr-85, Sr-90/Y-906.5 % 2 ~95% Yes

Primary

extrapolation

ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1003

Approved on

11 September

2013

Absorbed

dose rate in

soft tissue

Dosemeter

Calibration in a


in air

7.0E-04 3.0E-01 Gy h-1 Beta

radiation

ISO 6980, Pm-147,

Kr-85, Sr-90/Y-902.7 % 2 ~95% Yes

Primary

extrapolation

ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1004

Approved on

11 September

2013

Directional

dose

equivalent

rate

Dosemeter

Calibration in a


in air

7.0E-04 3.0E-01 Sv h-1 Beta

radiation

ISO 6980, Pm-147,

Kr-85, Sr-90/Y-906.5 % 2 ~95% Yes

Primary

extrapolation

ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1005

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Personal

dose

equivalent

rate at 0.07

mm depth

Personal

dosimeter

Calibration in a

calibrated field

using a phantom

7.0E-04 3.0E-01 Sv h-1 Beta

radiation

ISO 6980, Pm-147,

Kr-85, Sr-90/Y-906.5 % 2 ~95% Yes

Primary

extrapolation

ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1006

Approved on

11 September

2013

Reference air

kerma rate

Ir-192 source

(HDR)

Transfer cavity

chamber calibrated

againt primary

cavity chamber

1.0E-03 5.0E-02 Gy h-1 Ir-192

without scattered

radiation1.2 % 2 ~95% Yes

Transfer

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1007

Approved on

11 September

2013

Reference air

kerma rate

Well-type

ionization

chamber

Calibration in an Ir-

192 reference field1.0E-03 5.0E-02 Gy h

-1 Ir-192high dose rate,

pulsed dose rate1.3 % 2 ~95% Yes

Ir-192 reference

sourceLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1008

Approved on

11 September

2013

Air kerma

rateDosemeter

Calibration in a


in air

1.0E+00 1.8E-02 Gy h-1 Co-60 therapy level 0.9 % 2 ~95% Yes

Graphite air

cavity ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1009

Approved on

11 September

2013

Air kerma Dosemeter

Calibration in a


in air

5.0E-02 1.8E+03 Gy Co-60 therapy level 1.0 % 2 ~95% Yes

Graphite air

cavity ionisation

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1010

Approved on

11 September

2013

Air kerma

rateDosemeter

Calibration in a


in air

1.0E-01 1.5E+00 Gy h-1 Cs-137 therapy level 0.9 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1011

Approved on

11 September

2013

Air kerma Dosemeter

Calibration in a


in air

1.0E-02 3.0E+02 Gy Cs-137 therapy level 1.0 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1012

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Absorbed

dose rate to

water

Dosemeter

Calibration in a

calibrated field in

water phantom

1.0E+01 1.8E+02 Gy h-1 Co-60 therapy level 0.7 % 2 ~95% Yes

Absorbed dose

to graphite by

calorimetry and

transfer to

absorbed dose

to water based

on calculations

and absorbed

dose to water by

calorimetry

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1013

Approved on

11 September

2013

Absorbed

dose to waterDosemeter

Calibration in a

calibrated field in

water phantom

2.0E-01 1.8E+03 Gy Co-60 therapy level 0.5 % 2 ~95% Yes

Absorbed dose

to graphite by

calorimetry and

transfer to

absorbed dose

to water based

on calculations

and absorbed

dose to water by

calorimetry

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1014

Approved on

11 September

2013

Absorbed


Calibration against

a transfer standard

in a water phantom

3.0E-01 3.0E+01 GyPhotons,

high energy

medical type

accelerator: 6 MV, 8

MV, 10 MV, 2 MV,

15 MV, 18 MV, 20

MV and 25 MV

(TPR from 0.675 to

0.785)

2.1 % 2 ~95% Yes

Co-60 absorbed

dose to water

and transfer to

beam quality

with ionisation

chambers and

Fricke

dosemeters

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1015

Approved on

11 September

2013

Absorbed


Calibration against

a transfer standard

in a water phantom

3.0E-01 3.0E+01 GyElectrons,

high energy

medical type

accelerator: 9 MeV,

12 MeV and 18

MeV (R50 from 3.5

g/cm2 to 7.3 g/cm

2)

2.7 % 2 ~95% Yes

Co-60 absorbed

dose to water

and TRS 398

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1016

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Air kerma

rateDosemeter

Calibration in a


in air

1.0E-06 1.0E+00 Gy h-1 Cs-137 ISO 4037 0.9 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1017

Approved on

11 September

2013

Air kerma Dosemeter

Calibration in a


in air

1.0E-08 2.0E+02 Gy Cs-137 ISO 4037 1.0 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1018

Approved on

11 September

2013

Air kerma

rateDosemeter

Calibration in a


in air

1.0E-06 1.0E+01 Gy h-1 Co-60 ISO 4037 0.9 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1019

Approved on

11 September

2013

Air kerma Dosemeter

Calibration in a


in air

1.5E-08 2.0E+02 Gy Co-60 ISO 4037 1.0 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1020

Approved on

11 September

2013

Air kerma

ratePhoton beam

Cavity ionisation

chamber1.0E-01 2.0E+01 Gy h

-1 Cs-137collimated beam

(ISO 4037)0.6 % 2 ~95% Yes

Cs-137 beams

calibrated

against primary

standard

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1021

Approved on

11 September

2013

Air kerma

ratePhoton beam

Transfer ionisation


-1 Cs-137collimated beam

(ISO 4037)0.8 % 2 ~95% Yes

Cs-137 beams

calibrated

against primary

standard

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1022

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Air kerma

ratePhoton beam

Cavity ionisation


-1 Co-60

collimated beam

(ISO 4037 and

radiotherapy beam)

0.6 % 2 ~95% Yes

Co-60 beams

calibrated

against primary

standard

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1023

Approved on

11 September

2013

Air kerma

ratePhoton beam

Transfer ionisation


-1 Cs-137

collimated beam

(ISO 4037 and

radiotherapy beam)

0.8 % 2 ~95% Yes

Co-60 beams

calibrated

against primary

standard

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1024

Approved on

11 September

2013

Ambient

dose

equivalent

rate

Ambient

dosemeter

Calibration in a


in air

1.0E-06 1.0E+00 Sv h-1 Cs-137 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1025

Approved on

11 September

2013

Ambient

dose

equivalent

Ambient

dosemeter

Calibration in a


in air

1.5E-06 2.0E+02 Sv Cs-137 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1026

Approved on

11 September

2013

Ambient

dose

equivalent

rate

Ambient

dosemeter

Calibration in a


in air

1.0E-06 1.0E+01 Sv h-1 Co-60 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1027

Approved on

11 September

2013

Ambient

dose

equivalent

Ambient

dosemeter

Calibration in a


in air

1.5E-08 2.0E+02 Sv Co-60 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1028

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Personal

dose

equivalent

rate at 10

mm depth

Personal

dosimeter

Calibration in a

calibrated field

using a phantom

5.0E-07 1.0E+00 Sv h-1 Cs-137 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

2029

Approved on

11 September

2013

Personal

dose

equivalent at

10 mm depth

Personal

dosimeter

Calibration in a

calibrated field

using a phantom

1.0E-08 2.0E+02 Sv Cs-137 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1030

Approved on

11 September

2013

Personal

dose

equivalent

rate at 10

mm depth

Personal

dosimeter

Calibration in a

calibrated field

using a phantom

1.0E-06 1.0E+01 Sv h-1 Co-60 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1031

Approved on

11 September

2013

Personal

dose

equivalent at

10 mm depth

Personal

dosimeter

Calibration in a

calibrated field

using a phantom

1.5E-08 2.0E+02 Sv Co-60 ISO 4037 4.2 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

transfer

chamber

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1032

Approved on

11 September

2013

Air kerma

rateRadiation field

Transfer

ESR/alanine

dosemeter

1.0E+01 1.0E+05 Gy h-1 Co-60

interpretation of

dosemeters

irradiated in

customer's field.

Conform to ISO

51607 (2004)

1.3 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

alanine transfer

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1033

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Air kerma Dosemeter

Calibration in a

calibrated

irradiation cavity

1.0E+02 1.0E+05 Gy Co-60

interpretation of

dosemeters

irradiated in

customer's field.

Conform to ISO

51607 (2004)

2.3 % 2 ~95% Yes

Primary

standard

graphite air

cavity ionisation

chamber and

alanine transfer

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1034

Approved on

11 September

2013

Absorbed

dose rateRadiation field

Transfer

ESR/alanine

dosemeter

1.0E+01 1.0E+05 Gy h-1 Co-60

interpretation of

dosemeters

irradiated in

customer's field.

Conform to ISO

51607 (2004)

1.1 % 2 ~95% Yes

Primary

standard

graphite

calorimeter and

alanine transfer

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1035

Approved on

11 September

2013

Absorbed

doseDosemeter

Calibration in a

calibrated

irradiation cavity

1.0E+02 1.0E+05 Gy Co-60

interpretation of

dosemeters

irradiated in

customer's field.

Conform to ISO

51607 (2004)

2.2 % 2 ~95% Yes

Primary

standard

graphite

calorimeter and

alanine transfer

LNE-LNHB

EUR-RAD-

LNE-

LNHB-

1036

Approved on

11 September

2013

Air kerma

rateDosemeter Free air chamber 5.0E-06 1.0E-02 Gy s

-1 X-rays, 30

kV to 50 kV

10 kV to 40 kV, ISO

4037 narrow series0.7 % 2 ~95% Yes

Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1037

Approved on

11 September

2013

Air kerma


-1 X-rays, 10

kV to 20 kV

10 kV to 20 kV, ISO


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1038

Approved on

11 September

2013

Air kerma


-1 X-rays, 50

kV to 320 kV

60 kV to 300 kV,

ISO 4037 narrow

series

0.7 % 2 ~95% YesFree air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1039

Approved on

11 September

2013

Air kerma


-1 X-rays, 20

kV to 50 kV

20 kV to 30 kV, ISO

4037 high dose rate

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1040

Approved on

11 September

2013

Air kerma


-1 X-rays, 10

kV

10 kV, ISO 4037

high dose rate

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1041

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Air kerma


-1 X-rays, 50

kV to 320 kV

60 kV to 300 kV,

ISO 4037 high dose

rate series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1042

Approved on

11 September

2013

Air kerma


-1 X-rays, 25

kV to 50 kV

25 kV to 50 kV,

CCRI series0.7 % 2 ~95% Yes

Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1043

Approved on

11 September

2013

Air kerma


-1 X-rays, 10

kV10 kV, CCRI series 1.3 % 2 ~95% Yes

Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1044

Approved on

11 September

2013

Air kerma


-1 X-rays, 100

kV to 250 kV

100 kV to 250 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1045

Approved on

11 September

2013

Air kerma Dosemeter Free air chamber 1.0E-05 1.5E-01 GyX-rays, 40

kV

40 kV, IEC 61267

RQR series0.8 % 2 ~95% Yes

Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1046

Approved on

11 September

2013


kV to 150 kV

50 kV to 150 kV,

IEC 61267 RQR

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1047

Approved on

11 September

2013


kV to 50 kV

10 kV to 50 kV, IEC

61267 RQR-M

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1048

Approved on

11 September

2013

Ambient

dose

equivalent

rate

Dosemeter Free air chamber 5.0E-06 1.0E-02 Sv s-1 X-rays, 10

kV to 50 kV

25 kV to 40 kV, ISO


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1049

Approved on

11 September

2013

Ambient

dose

equivalent

rate


kV to 320 kV

60 kV to 300 kV,

ISO 4037 narrow

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1050

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Ambient

dose

equivalent

rate


kV to 320 kV

60 kV to 300 kV,

ISO 4037 high dose

rate series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1051

Approved on

11 September

2013

Ambient

dose

equivalent

rate


kV to 50 kV

10 kV to 50 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1052

Approved on

11 September

2013

Ambient

dose

equivalent

rate


kV to 250 kV

100 kV to 250 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1053

Approved on

11 September

2013

Ambient

dose

equivalent

Dosemeter Free air chamber 1.0E-05 1.5E-01 SvX-rays, 40

kV

40 kV. IEC 61267


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1054

Approved on

11 September

2013

Ambient

dose

equivalent


kV to 150 kV

50 kV to 150 kV,

IEC 61267 RQR

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1055

Approved on

11 September

2013

Ambient

dose

equivalent


kV to 50 kV

10 kV to 50 kV, IEC

61267 RQR-M

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1056

Approved on

11 September

2013

Directional

dose

equivalent

rate


kV to 50 kV

10 kV to 40 kV, ISO


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1057

Approved on

11 September

2013

Directional

dose

equivalent

rate


kV to 320 kV

60 kV to 300 kV,

ISO 4037 narrow

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1058

Approved on

11 September

2013

Directional

dose

equivalent

rate


kV to 50 kV

10 kV to 30 kV, ISO

4037 high dose rate

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1059

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Directional

dose

equivalent

rate


kV to 320 kV

60 kV to 300 kV,

ISO 4037 high dose

rate series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1060

Approved on

11 September

2013

Directional

dose

equivalent

rate


kV to 50 kV

10 kV to 50 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1061

Approved on

11 September

2013

Directional

dose

equivalent

rate


kV to 250 kV

100 kV to 250 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1062

Approved on

11 September

2013

Directional

dose

equivalent


kV

40 kV, IEC 61267


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1063

Approved on

11 September

2013

Directional

dose

equivalent


kV to 150 kV

50 kV to 150 kV,

IEC 61267 RQR

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1064

Approved on

11 September

2013

Directional

dose

equivalent


kV to 50 kV

10 kV to 50 kV, IEC

61267 RQR-M

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1065

Approved on

11 September

2013

Personal

dose

equivalent

rate at 10

mm depth

Personal

dosimeterFree air chamber 5.0E-06 1.0E-02 Sv s

-1 X-rays, 10

kV to 50 kV

10 kV to 40 kV, ISO


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1066

Approved on

11 September

2013

Personal

dose

equivalent

rate at 10

mm depth

Personal


-1 X-rays, 50

kV to 320 kV

60 kV to 300 kV,

ISO 4037 narrow

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1067

Approved on

11 September

2013

Personal

dose

equivalent

rate at 10

mm depth

Personal


-1 X-rays, 50

kV to 320 kV

60 kV to 300 kV,

ISO 4037 high dose

rate series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1068

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Personal

dose

equivalent

rate at 10

mm depth

Personal


-1 X-rays, 10

kV to 50 kV

10 kV to 50 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1069

Approved on

11 September

2013

Personal

dose

equivalent

rate at 10

mm depth

Personal


-1 X-rays, 100

kV to 250 kV

100 kV to 250 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1070

Approved on

11 September

2013

Personal

dose

equivalent at

10 mm depth

Personal

dosimeterFree air chamber 1.0E-05 1.0E-01 Sv

X-rays, 40

kV

40 kV, IEC 61267


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1071

Approved on

11 September

2013

Personal

dose

equivalent at

10 mm depth

Personal


X-rays, 50

kV to 150 kV

50 kV to 150 kV,

IEC 61267 RQR

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1072

Approved on

11 September

2013

Personal

dose

equivalent at

10 mm depth

Personal


X-rays, 10

kV to 50 kV

10 kV to 50 kV, IEC

61267 RQR-M

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1073

Approved on

11 September

2013

Personal

dose

equivalent

rate at 0.07

mm depth

Personal


-1 X-rays, 10

kV to 50 kV

10 kV to 40 kV, ISO


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1074

Approved on

11 September

2013

Personal

dose

equivalent

rate at 0.07

mm depth

Personal


-1 X-rays, 50

kV to 320 kV

60 kV to 300 kV,

ISO 4037 narow

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1075

Approved on

11 September

2013

Personal

dose

equivalent

rate at 0.07

mm depth

Personal


-1 X-rays, 10

kV to 50 kV

10 kV to 30 kV, ISO

4037 high dose rate

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1076

Approved on

11 September

2013





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Personal

dose

equivalent

rate at 0.07

mm depth

Personal


-1 X-rays, 50

kV to 320 kV

60 kV to 300 kV,

ISO 4037 high dose

rate series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1077

Approved on

11 September

2013

Personal

dose

equivalent

rate at 0.07

mm depth

Personal


-1 X-rays, 10

kV to 50 kV

10 kV to 50 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1078

Approved on

11 September

2013

Personal

dose

equivalent

rate at 0.07

mm depth

Personal


-1 X-rays, 100

kV to 250 kV

100 kV to 250 kV,


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1079

Approved on

11 September

2013

Personal

dose

equivalent at

0.07 mm

depth

Personal


X-rays, 40

kV

40 kV, IEC 61267


Free air

chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1080

Approved on

11 September

2013

Personal

dose

equivalent at

0.07 mm

depth

Personal


X-rays, 50

kV to 150 kV

50 kV to 150 kV,

IEC 61267 RQR

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1081

Approved on

11 September

2013

Personal

dose

equivalent at

0.07 mm

depth

Personal


X-rays, 10

kV to 50 kV

10 kV to 50 kV, IEC

61267 RQR-M

series


chamberLNE-LNHB

EUR-RAD-

LNE-

LNHB-

1082

Approved on

11 September

2013

NEUTRON MEASUREMENTS

Fluence rate

Neutron

sensitive

device

Irradiation with

calibrated neutron

sources

2.22E+02 2.22E+02 cm-2

s-1

Neutron

spectrum [at

1 m from the

source]

bare Cf-252 ISO

8529-15.6 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3001

Approved on

09 May 2005

Fluence rate

Neutron

sensitive

device

Irradiation with

calibrated neutron

sources

1.93E+02 1.93E+02 cm-2

s-1

Neutron

spectrum [at

1 m from the

source]

D2O-mod. Cf-252

ISO 8529-15.5 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3002

Approved on

09 May 2005





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Fluence rate

Neutron

sensitive

device

Irradiation with

calibrated neutron

sources

2.86E+02 2.86E+02 cm-2

s-1

Neutron

spectrum [at

1 m from the

source]

Am-241/Be-9 ISO

8529-15.3 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3003

Approved on

09 May 2005

Ambient

dose

equivalent

rate

Neutron

dosemeter

Irradiation with

calibrated neutron

sources

3.08E-04 3.08E-04 Sv h-1

Neutron

spectrum [at

1 m from the

source]

bare Cf-252 ISO

8529-36 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3004

Approved on

09 May 2005

Ambient

dose

equivalent

rate

Neutron

dosemeter

Irradiation with

calibrated neutron

sources

7.29E-05 7.29E-05 Sv h-1

Neutron

spectrum [at

1 m from the

source]

D2O-mod. Cf-252

ISO 8529-39.7 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3005

Approved on

09 May 2005

Ambient

dose

equivalent

rate

Neutron

dosemeter

Irradiation with

calibrated neutron

sources

4.02E-04 4.02E-04 Sv h-1

Neutron

spectrum [at

1 m from the

source]

Am-241/Be-9 ISO

8529-39.6 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3006

Approved on

09 May 2005

Personal

dose

equivalent

rate

Neutron

personal

dosimeter

Irradiation with

calibrated neutron

sources

3.20E-04 3.20E-04 Sv h-1

Neutron

spectrum [at

1 m from the

source and

for an angle

of incidence

of 0 deg]

bare Cf-252 ISO

8529-36 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3007

Approved on

09 May 2005

Personal

dose

equivalent

rate

Neutron

personal

dosimeter

Irradiation with

calibrated neutron

sources

7.60E-05 7.60E-05 Sv h-1

Neutron

spectrum [at

1 m from the

source and

for an angle

of incidence

of 0 deg]

D2O-mod. Cf-252

ISO 8529-39.7 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3008

Approved on

09 May 2005





Artifact

Instrument Type

or Method

Minimum

value

Maximum


Coverage

factor

Level of

Confidence

Is the

expanded

uncertainty a

relative one?

Reference

standard

Source of

traceability

NMI

Internal

Service

Identifier

Comments





Measurement


Variable


Personal

dose

equivalent

rate

Neutron

personal

dosimeter

Irradiation with

calibrated neutron

sources

4.20E-04 4.20E-04 Sv h-1

Neutron

spectrum [at

1 m from the

source and

for an angle

of incidence

of 0 deg]

Am-241/Be-9 ISO

8529-39.6 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3009

Approved on

09 May 2005

Emission rateNeutron source

(sealed)

Calibration in a

manganese bath1.00E+05 2.00E+08 s

-1 Radionuclide

sourceAm-241/Be-9 3 % 2 ~95% Yes

Standardised 56

MnLNE

EUR-RAD-

LNE-3010

Approved on

09 May 2005


(sealed)

Calibration in a


-1 Radionuclide

sourceAm-241/B 3 % 2 ~95% Yes

Standardised 56

MnLNE

EUR-RAD-

LNE-3011

Approved on

09 May 2005


(sealed)

Calibration in a


-1 Radionuclide

sourcePu/Be-9 3 % 2 ~95% Yes

Standardised 56

MnLNE

EUR-RAD-

LNE-3012

Approved on

09 May 2005


(sealed)

Calibration in a


-1 Radionuclide

sourceCf-252 3 % 2 ~95% Yes

Standardised 56

MnLNE

EUR-RAD-

LNE-3013

Approved on

09 May 2005


(sealed)

Calibration relative

to a primary

standard

instrument

1.00E+02 1.00E+05 s-1 Radionuclide

sourceCf-252 30 to 8 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3014

Approved on

09 May 2005


(sealed)

Calibration relative

to a primary

standard

instrument

1.00E+02 1.00E+05 s-1 Radionuclide

sourceAm-241/Be-9 30 to 8 % 2 ~95% Yes

Manganese

sulphate bathLNE

EUR-RAD-

LNE-3015

Approved on

09 May 2005


Documents

Ionizing Radiation, France, LNE (Laboratoire national de ...kcdb.bipm.org/appendixC/RI/FR/RI_FR.pdf · Calibration and Measurement Capabilities Ionizing Radiation, France, LNE (Laboratoire