CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.601 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.700 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.997 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.099 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.400 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.801 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.225 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.478 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.000 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.948 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 7.202 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 8.296 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 9.508 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 10.803 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 12.297 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 13.798 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 15.500 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 16.999 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 18.597 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 20.299 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 21.575 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 22.677 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 24.446 K

Degrees of equivalence Di and expanded uncertainty Ui (k = 2) expressed in mK

Red diamonds : CCT-K1

Blue squares : EURAMET.T-K1

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.601 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.700 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.997 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.099 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.400 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.801 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.225 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.478 K

 

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.000 K

 

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.948 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 7.202 K

 

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 8.296 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 9.508 K

 

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 10.803 K

 

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 12.297 K

 

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 13.798 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 15.500 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 16.999 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 18.597 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 20.299 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 21.575 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 22.677 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 24.446 K

 

Results are presented under A4 printable format in Summary Results (.PDF file).

Comparison
Comparison close
RMO comparison
Linked comparison
EURAMET.T-K1
Metrology area, Sub-field Thermometry, Standard Platinum Resistance Thermometers
Description Realizations of the ITS-90 from 2.4 K to 24.6 K
Time of measurements 2008 - 2012
Status Approved for equivalence
Final Reports of the comparisons
References

EURAMET.T-K1 Technical Protocol

EURAMET.T-K1 registration and progress form

Measurand Temperature: 2.4 K to 24.6 K
Transfer device Rh-Fe resistance thermometers
Comparison type Key Comparison
Consultative Committee CCT (Consultative Committee for Thermometry)
Conducted by EURAMET (European Association of National Metrology Institutes)
RMO Internal Identifier EURAMET Project No 1147
Comments

Results published on 21 July 2017

Realizations of the ITS-90 from 2.65 K to 24.6 K

Pilot institute PTB
Physikalisch-Technische Bundesanstalt
Germany
Contact person C. Gaiser

+ 49 30 34817349
First Name Last Name
wwww@ww.www +356719836 Institute 1 Institute 1 Khmelnitskiy
Pilot laboratory
PTB

Physikalisch-Technische Bundesanstalt, Germany, EURAMET

INRIM

Istituto Nazionale di Ricerca Metrologica, Italy, EURAMET

INTiBS

Institute of Low Temperature and Structure Research, Poland, EURAMET

NPL

National Physical Laboratory, United Kingdom, EURAMET

VSL

VSL, Netherlands, EURAMET

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.601 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 2.600776 K

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.700 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 2.699911 K

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.997 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 2.996648 K

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.099 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 3.099398 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.400 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 3.400235 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.801 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 3.800903 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.225 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 4.224794 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.478 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 4.477522 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.000 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 5.000458 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.948 K

 

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 7.202 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 7.201544 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 8.296 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 8.296372 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 9.508 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 9.508020 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 10.803 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 10.803390 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 12.297 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 12.297309 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 13.798 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 13.798183 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 15.500 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 15.499566 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 16.999 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 16.999335 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 18.597 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 18.597377 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 20.299 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 20.298899 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 21.575 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 21.575444 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 22.677 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 22.676998 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 24.446 K

 

For each temperature in the comparison the key comparison reference value, TR, is the weighted mean of Ti, the individual temperature values of thermometers.
The weighted mean is calculated using the laboratory uncertainty combined with the comparison uncertainty, to set the weights.
TR is used as the baseline for the comparison, but has no special significance with respect to the ITS-90, and is used without uncertainty.

TR = 24.446403 K

 

 

The degree of equivalence of each temperature Ti with respect to the key comparison reference value, TR, is given by a pair of terms:
Di = (Ti -TR) and Ui, its expanded uncertainty at 95 % confidence, both expressed in mK. Ui includes the uncertainties in the original laboratory calibrations and in the comparison measurements, but not in TR.

 

EURAMET.T-K1 was linked to CCT-K1 via NPL, PTB and VSL who participated in both comparisons.

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.601 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.115 mK

Laboratory individual measurements for CCT-K1:

 

Lab, S/N i Ti / mK ui / mK
     
NIST A128 2.600642 0.040
NIST A129 2.600648 0.040
NMi-VSL 226246 2.600862 0.181
NPL 221481 2.600827 0.146
NPL 221483 2.600842 0.146
NPL 221485 2.600863 0.146
NRC A138 2.600854 0.225
NRC A140 2.600896 0.225
PTB 229074 2.600646 0.180
PTB 229075 2.600798 0.180
VNIIFTRI 79 2.601411 0.406
VNIIFTRI 89 2.601495 0.498
NMIJ B271 2.600793 0.084
NMIJ B310 2.600816 0.082

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.700 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.115 mK

 

Laboratory individual measurements for CCT-K1:

 

Lab, S/N i Ti / mK ui / mK
     
NIST A128 2.699899 0.040
NIST A129 2.699752 0.040
NMi-VSL 226246 2.700027 0.169
NPL 221481 2.699890 0.147
NPL 221483 2.699940 0.147
NPL 221485 2.699849 0.147
NRC A138 2.699987 0.225
NRC A140 2.700099 0.225
PTB 229074 2.699794 0.180
PTB 229075 2.699936 0.180
VNIIFTRI 79 2.700463 0.402
VNIIFTRI 89 2.700602 0.486
NMIJ B271 2.699928 0.085
NMIJ B310 2.699939 0.082

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 2.997 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.114 mK

 

Laboratory individual measurements for CCT-K1:

 

Lab, S/N i Ti / mK ui / mK
     
NIST A128 2.996572 0.041
NIST A129 2.996576 0.041
NMi-VSL 226246 2.996750 0.131
NPL 221481 2.996710 0.151
NPL 221485 2.996632 0.151
NRC A138 2.996624 0.225
NRC A140 2.996781 0.225
PTB 229074 2.996582 0.180
PTB 229075 2.996720 0.180
NMIJ B271 2.996679 0.082
NMIJ B310 2.996688 0.080

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.099 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.114 mK

 

Laboratory individual measurements for CCT-K1:

 

Lab, S/N i Ti / mK ui / mK
     
NIST A128 3.099314 0.041
NIST A129 3.099213 0.041
NMi-VSL 226246 3.099533 0.130
NPL 221481 3.099520 0.153
NPL 221483 3.099480 0.153
NPL 221485 3.099376 0.153
NRC A138 3.099336 0.225
NRC A140 3.099494 0.225
PTB 229074 3.099343 0.180
PTB 229075 3.099502 0.180
VNIIFTRI 79 3.099793 0.392
VNIIFTRI 89 3.099869 0.451
NMIJ B271 3.099409 0.082
NMIJ B310 3.099440 0.080

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.400 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.113 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 3.400154 0.042
NIST A129 3.400049 0.042
NMi-VSL 226246 3.400396 0.127
NPL 221481 3.400390 0.157
NPL 221483 3.400290 0.157
NPL 221485 3.400242 0.157
NRC A138 3.400163 0.225
NRC A140 3.400390 0.225
PTB 229074 3.400225 0.180
PTB 229075 3.400352 0.180
VNIIFTRI 79 3.400410 0.396
VNIIFTRI 89 3.400480 0.455
NMIJ B271 3.400259 0.082
NMIJ B310 3.400234 0.081

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 3.801 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.112 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 3.800754 0.042
NIST A129 3.800731 0.042
NMi-VSL 226246 3.801097 0.124
NPL 221481 3.801025 0.162
NPL 221483 3.800935 0.162
NPL 221485 3.800972 0.162
NRC A138 3.800894 0.225
NRC A140 3.800958 0.225
PTB 229074 3.800798 0.180
PTB 229075 3.801003 0.180
VNIIFTRI 79 3.801008 0.403
VNIIFTRI 89 3.801137 0.460
NMIJ B271 3.800962 0.085
NMIJ B310 3.800991 0.084

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.225 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.111 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 4.224713 0.042
NIST A129 4.224680 0.042
NMi-VSL 226246 4.224827 0.122
NPL 221481 4.224760 0.167
NPL 221483 4.224731 0.167
NPL 221485 4.224823 0.167
NRC A138 4.224794 0.225
NRC A140 4.224867 0.225
PTB 229074 4.224704 0.180
PTB 229075 4.224800 0.180
VNIIFTRI 79 4.224908 0.409
VNIIFTRI 89 4.225064 0.465
NMIJ B271 4.224928 0.088
NMIJ B310 4.224923 0.087

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 4.478 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.112 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 4.477545 0.042
NIST A129 4.477546 0.042
NMi-VSL 226246 4.477459 0.206
NPL 221481 4.477410 0.210
NPL 221483 4.477489 0.201
NPL 221485 4.477502 0.201
NRC A138 4.477701 0.550
NRC A140 4.478134 0.550
PTB 229074 4.477475 0.180
PTB 229075 4.477406 0.180
VNIIFTRI 79 4.477674 0.413
VNIIFTRI 89 4.477791 0.468

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.000 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.114 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 5.000483 0.067
NIST A129 5.000483 0.067
NMi-VSL 226246 5.000468 0.206
NPL 221481 5.000220 0.210
NPL 221483 5.000395 0.201
NPL 221485 5.000332 0.201
NRC A138 5.001124 0.550
NRC A140 5.001270 0.550
PTB 229074 5.000397 0.270
PTB 229075 5.000352 0.250
VNIIFTRI 79 5.000647 0.421
VNIIFTRI 89 5.000713 0.474

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 5.948 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.118 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 5.947948 0.064
NIST A129 5.948148 0.064
NMi-VSL 226246 5.948420 0.206
NPL 221481 5.948030 0.210
NPL 221483 5.948374 0.201
NPL 221485 5.947935 0.201
NRC A138 5.948869 0.550
NRC A140 5.949112 0.550
PTB 229074 5.948358 0.273
PTB 229075 5.948217 0.252
VNIIFTRI 79 5.948466 0.436
VNIIFTRI 89 5.948584 0.485

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 7.202 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.122 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 7.201615 0.070
NIST A129 7.201513 0.070
NMi-VSL 226246 7.201679 0.206
NPL 221481 7.201400 0.210
NPL 221483 7.201415 0.201
NPL 221485 7.201191 0.201
NRC A138 7.202363 0.550
NRC A140 7.202306 0.550
PTB 229074 7.201593 0.277
PTB 229075 7.201538 0.256
VNIIFTRI 79 7.201591 0.456
VNIIFTRI 89 7.201839 0.501

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 8.296 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.127 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 8.296546 0.076
NIST A129 8.296561 0.076
NMi-VSL 226246 8.296278 0.206
NPL 221481 8.296020 0.210
NPL 221485 8.295779 0.201
NRC A138 8.297318 0.550
NRC A140 8.297308 0.550
PTB 229074 8.296214 0.280
PTB 229075 8.296135 0.258

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 9.508 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.131 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 9.508227 0.086
NIST A129 9.508237 0.086
NMi-VSL 226246 9.508099 0.206
NPL 221481 9.507680 0.210
NPL 221483 9.507531 0.201
NPL 221485 9.507387 0.201
NRC A138 9.509019 0.550
NRC A140 9.508971 0.550
PTB 229074 9.507997 0.284
PTB 229075 9.507851 0.262
VNIIFTRI 79 9.508226 0.492
VNIIFTRI 89 9.508531 0.528

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 10.803 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.137 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 10.803560 0.096
NIST A129 10.803616 0.096
NMi-VSL 226246 10.803584 0.227
NPL 221481 10.803070 0.206
NPL 221483 10.803011 0.200
NPL 221485 10.802842 0.200
NRC A138 10.804196 0.550
NRC A140 10.804185 0.550
PTB 229074 10.803248 0.288
PTB 229075 10.803221 0.265
VNIIFTRI 79 10.803595 0.513
VNIIFTRI 89 10.803927 0.544

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 12.297 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.145 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 12.297349 0.106
NIST A129 12.297413 0.106
NMi-VSL 226246 12.297900 0.267
NPL 221481 12.297090 0.199
NPL 221483 12.297224 0.197
NPL 221485 12.296905 0.197
NRC A138 12.297793 0.550
NRC A140 12.297778 0.550
PTB 229074 12.297149 0.292
PTB 229075 12.297099 0.269
VNIIFTRI 79 12.297633 0.536
VNIIFTRI 89 12.297547 0.562

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 13.798 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 13.798156 0.111
NIST A129 13.798122 0.111
NMi-VSL 226246 13.798881 0.308
NPL 221481 13.798130 0.191
NPL 221483 13.798170 0.182
NPL 221485 13.797754 0.182
NRC A138 13.798459 0.550
NRC A140 13.798305 0.550
PTB 229074 13.798317 0.297
PTB 229075 13.798209 0.273
VNIIFTRI 79 13.798638 0.560
VNIIFTRI 89 13.798620 0.580

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 15.500 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 15.499479 0.119
NIST A129 15.499474 0.119
NMi-VSL 226246 15.500221 0.354
NPL 221481 15.499523 0.194
NPL 221483 15.499571 0.185
NPL 221485 15.499138 0.185
NRC A138 15.499689 0.550
NRC A140 15.499662 0.550
PTB 229074 15.499940 0.302
PTB 229075 15.499849 0.277
VNIIFTRI 79 15.499890 0.560
VNIIFTRI 89 15.499817 0.585

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 16.999 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 16.999286 0.124
NIST A129 16.999271 0.124
NMi-VSL 226246 16.999833 0.394
NPL 221481 16.999290 0.197
NPL 221483 16.999280 0.188
NPL 221485 16.998847 0.188
NRC A138 16.999430 0.550
NRC A140 16.999259 0.550
PTB 229074 16.999859 0.307
PTB 229075 16.999701 0.281
VNIIFTRI 79 16.999602 0.560
VNIIFTRI 89 16.999783 0.589

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 18.597 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 18.597374 0.129
NIST A129 18.597342 0.129
NMi-VSL 226246 18.597934 0.437
NPL 221481 18.597330 0.200
NPL 221483 18.597229 0.191
NPL 221485 18.596804 0.191
NRC A138 18.597402 0.550
NRC A140 18.597237 0.550
PTB 229074 18.597946 0.312
PTB 229075 18.597872 0.285
VNIIFTRI 79 18.597658 0.560
VNIIFTRI 89 18.597830 0.593

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 20.299 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 20.299107 0.132
NIST A129 20.299108 0.132
NMi-VSL 226246 20.299225 0.475
NPL 221481 20.298690 0.203
NPL 221483 20.298576 0.194
NPL 221485 20.298352 0.194
NRC A138 20.298800 0.550
NRC A140 20.298750 0.550
PTB 229074 20.299355 0.317
PTB 229075 20.299131 0.289
VNIIFTRI 79 20.298975 0.560
VNIIFTRI 89 20.299144 0.598

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 21.575 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 21.575775 0.142
NIST A129 21.575754 0.142
NMi-VSL 226246 21.575850 0.514
NPL 221481 21.575120 0.207
NPL 221483 21.574976 0.198
NPL 221485 21.574975 0.198
NRC A138 21.575266 0.550
NRC A140 21.575114 0.550
PTB 229074 21.575934 0.321
PTB 229075 21.575693 0.292
VNIIFTRI 79 21.575227 0.560
VNIIFTRI 89 21.575344 0.602

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 22.677 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 22.677193 0.152
NIST A129 22.677155 0.152
NMi-VSL 226246 22.677427 0.542
NPL 221481 22.676930 0.210
NPL 221483 22.676699 0.201
NPL 221485 22.676646 0.201
NRC A138 22.676586 0.550
NRC A140 22.676571 0.550
PTB 229074 22.677453 0.324
PTB 229075 22.677222 0.295
VNIIFTRI 79 22.676869 0.560
VNIIFTRI 89 22.676872 0.605

 

CCT-K1 and EURAMET.T-K1

MEASURAND : Temperature T90 expressed in K
NOMINAL TEMPERATURE : T90 = 24.446 K

Lab : laboratory
S/N i : serial number of thermometer i
Ti
: temperature value for thermometer i
ui : standard uncertainty in the calibration of thermometer i
u
comp
: standard uncertainty in the comparison measurements

ucomp = 0.153 mK

 

Laboratory individual measurements for CCT-K1:

Lab, S/N i Ti / mK ui / mK
     
NIST A128 24.446295 0.174
NIST A129 24.446429 0.174
NMi-VSL 226246 24.446981 0.587
NPL 221481 24.446370 0.216
NPL 221483 24.446221 0.207
NPL 221485 24.446209 0.207
NRC A138 24.446435 0.550
NRC A140 24.446466 0.550
PTB 229074 24.447000 0.330
PTB 229075 24.446767 0.300
VNIIFTRI 79 24.446009 0.560
VNIIFTRI 89 24.446107 0.610