CCT-K6 and SIM.T-K6.3

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -10 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in°C.

CCT-K6, SIM.T-K6.3 and SIM.T-K6.7

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      1 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6, SIM.T-K6.3 and SIM.T-K6.7

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      20 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6 and CCT-K6.2

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -50 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6 and CCT-K6.2

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -30 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6 and SIM.T-K6.3

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -10 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6, SIM.T-K6.3 and SIM.T-K6.7

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      1 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6, SIM.T-K6.3 and SIM.T-K6.7

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      20 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6 and CCT-K6.2

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -50 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6 and CCT-K6.2

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -30 °C

Degrees of equivalence represented by D_i and its expanded uncertainty U_i at a 95 % level of confidence, both expressed in °C.

CCT-K6 and SIM.T-K6.3

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -10 °C

The key comparison reference value, x_R, was obtained from the weighted mean of the participants' results excluding outliers. The standard uncertainty, u_R, of x_R included the uncertainty of the weighted mean and the additionnal uncertainty contribution for the drift of the hygrometers. The calculation of key comparison reference value is explained in section 7.1 on page 44 of the Final Report.

x_R = 0.096 °C, and u_R = 0.019 °C 

The degree of equivalence of laboratory i with respect to xR is given by a pair of terms: Di and Ui, its expanded uncertainty (k = 2), both expressed in °C. (See section 7.3 on page 46 of the Final Report).

When required, the degree of equivalence between two laboratories i and j can be evaluated by a pair of terms, both expressed in °C: Dij and Uij its expanded uncertainty (k = 2) (See section 6 on page 34 of the Final Report).

Linking SIM.T-K6.3 to CCT-K6

The linking was made via NIST (United States of America) having participated in CCT-K6 (see Section 9 of the SIM.T-K6.7 Final Report).

CCT-K6, SIM.T-K6.3 and SIM.T-K6.7

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      1 °C

The key comparison reference value, x_R, was obtained from the weighted mean of the participants' results excluding outliers. The standard uncertainty, u_R, of x_R included the uncertainty of the weighted mean and the additionnal uncertainty contribution for the drift of the hygrometers. The calculation of key comparison reference value is explained in section 7.1 on page 44 of the Final Report.

xR = 0.111 °C, and uR = 0.028 °C 

The degree of equivalence of laboratory i with respect to x_R is given by a pair of terms: D_i and U_i, its expanded uncertainty (k = 2), both expressed in °C. (See section 7.3 on page 46 of the Final Report).

When required, the degree of equivalence between two laboratories i and j can be evaluated by a pair of terms, both expressed in °C: D_ij and U_ij its expanded uncertainty (k = 2) (See section 6 on page 34 of the Final Report).

Linking SIM.T-K6.3 to CCT-K6

The linking was made via NIST (United States of America) having participated in CCT-K6 (see Section 9 of the SIM.T-K6.7 Final Report).

Linking SIM.T-K6.7 to CCT-K6

The linking was made via INMETRO (Brazil) and NIST (United States of America) having participated both in SIM.T-K6.3, and NIST having participated in CCT-K6 (see Section 9 of the SIM.T-K6.7 Final Report).

CCT-K6, SIM.T-K6.3 and SIM.T-K6.7

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      20 °C

The key comparison reference value, x_R, was obtained from the weighted mean of the participants' results excluding outliers. The standard uncertainty, u_R, of x_R included the uncertainty of the weighted mean and the additionnal uncertainty contribution for the drift of the hygrometers. The calculation of key comparison reference value is explained in section 7.1 on page 44 of the Final Report.

xR = 0.147 °C, and uR = 0.022 °C 

The degree of equivalence of laboratory i with respect to x_R is given by a pair of terms: D_i and U_i, its expanded uncertainty (k = 2), both expressed in °C. (See section 7.3 on page 46 of the Final Report).

When required, the degree of equivalence between two laboratories i and j can be evaluated by a pair of terms, both expressed in °C: D_ij and U_ij its expanded uncertainty (k = 2) (See section 6 on page 34 of the Final Report).

Linking SIM.T-K6.3 to CCT-K6

The linking was made via NIST (United States of America) having participated in CCT-K6 (see Section 9 of the SIM.T-K6.7 Final Report).

Linking SIM.T-K6.7 to CCT-K6

The linking was made via INMETRO (Brazil) and NIST (United States of America) having participated both in SIM.T-K6.3, and NIST having participated in CCT-K6 (see Section 9 of the SIM.T-K6.7 Final Report).

CCT-K6 and CCT-K6.2

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -50 °C

The key comparison reference value, x_R, was obtained from the weighted mean of the participants' results excluding outliers. The standard uncertainty, u_R, of x_R included the uncertainty of the weighted mean and the additionnal uncertainty contribution for the drift of the hygrometers. The calculation of key comparison reference value is explained in section 7.1 on page 44 of the Final Report.

x_R = 0.055 °C, and u_R = 0.011 °C 

The degree of equivalence of laboratory i with respect to x_R is given by a pair of terms: D_i and U_i, its expanded uncertainty (k = 2), both expressed in °C. (See section 7.3 on page 46 of the Final Report).

When required, the degree of equivalence between two laboratories i and j can be evaluated by a pair of terms, both expressed in °C: D_ij and U_ij its expanded uncertainty (k = 2) (See section 6 on page 34 of the Final Report).

Linking CCT-K6.2 to CCT-K6

The results of CCT-K6.2 are linked to CCT-K6 via NMIJ AIST who participated in both comparisons.

CCT-K6 and CCT-K6.2

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -30 °C

The key comparison reference value, x_R, was obtained from the weighted mean of the participants' results excluding outliers. The standard uncertainty, u_R, of x_R included the uncertainty of the weighted mean and the additionnal uncertainty contribution for the drift of the hygrometers. The calculation of key comparison reference value is explained in section 7.1 on page 44 of the Final Report.

x_R = 0.090 °C, and u_R = 0.017 °C 

The degree of equivalence of laboratory i with respect to x_R is given by a pair of terms: D_i and U_i, its expanded uncertainty (k = 2), both expressed in °C. (See section 7.3 on page 46 of the Final Report).

When required, the degree of equivalence between two laboratories i and j can be evaluated by a pair of terms, both expressed in °C: D_ij and U_ij its expanded uncertainty (k = 2) (See section 6 on page 34 of the Final Report).

Linking CCT-K6.2 to CCT-K6

The results of CCT-K6.2 were linked to CCT-K6 via NMIJ AIST who participated in both comparisons.

CCT-K6

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -10 °C

R_{Lab i}      measurement result reported by each laboratory i which was calculated from the mean of simultaneous readings of two instruments, and taken as the mid-point between the two instrument mean readings (See section 5 on page 31 of the Final Report)
u_i          combined standard uncertainty of R_{Lab i}

The full set of data for the results and associated standard uncertainties reported by each laboratory i are available in Appendix 2, and 3 of the Final Report.

CCT-K6

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      1 °C

R_{Lab i}         measurement result reported by each laboratory i which was calculated from the mean of simultaneous readings of two instruments, and taken as the mid-point between the two instrument mean readings (See section 5 on page 31 of the Final Report)
u_i             combined standard uncertainty of R_{Lab i}
 

The full set of data for the results and associated standard uncertainties reported by each laboratory i are available in Appendix 2, and 3 of the Final Report.

CCT-K6

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      20 °C

R_{Lab i}       measurement result reported by each laboratory i which was calculated from the mean of simultaneous readings of two instruments, and taken as the mid-point between the two instrument mean readings (See section 5 on page 31 of the Final Report)
u_i           combined standard uncertainty of R_{Lab i}
 

The full set of data for the results and associated standard uncertainties reported by each laboratory i are available in Appendix 2, and 3 of the Final Report.

CCT-K6 

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -50 °C

R_{Lab i}    measurement result reported by each laboratory i which was calculated from the mean of simultaneous readings of two instruments, and taken as the mid-point between the two instrument mean readings (See section 5 on page 31 of the Final Report)
u_i         combined standard uncertainty of R_{Lab i}
           

The full set of data for the results and associated standard uncertainties reported by each laboratory i are available in Appendix 2, and 3 of the Final Report.

CCT-K6

MEASURAND             Realization of local scale of dew-point temperature of humid gas
NOMINAL VALUE      -30 °C

R_{Lab i}    measurement result reported by each laboratory i which was calculated from the mean of simultaneous readings of two instruments, and taken as the mid-point between the two instrument mean readings (See section 5 on page 31 of the Final Report)
u_i            combined standard uncertainty of R_{Lab i}
           

The full set of data for the results and associated standard uncertainties reported by each laboratory i are available in Appendix 2, and 3 of the Final Report.