ГЭТ 59-2016 (НИЛ 2413)
Standard name:
- ГЭТ 59-2016 State Primary Standard of Units of Thermal Conductivity and Thermal Resistance
Type of measurement:
- Thermophysical and temperature measurements
Structural division: name НИО\НИЛ:
- Sector of standards and scientific research in the field of measurements of thermophysical quantities of Research Laboratory 2413
Guardian Scientist:
- Mikheev Vladislav Alexandrovich
Year of creation:
- 1974
Year of re-confirmation:
- 2016
Operating principle:
Not specified
Composition of the standard:
- Setup A1 for reproducing units of thermal conductivity and thermal resistance, their transfer and monitoring the stability of the standard in the ranges of 0.02…0.2 W/(m K), 0.05…6 K m[^2]/W at a temperature of 250…350 K;
- Setup A2 for reproducing units of thermal conductivity and thermal resistance, their transfer and monitoring the stability of the standard in the ranges of 0.1…5 W/(m K), 0.004…0.02 K m[^2]/W at a temperature of 90…500 K;
- Setup A3 for reproducing units of thermal conductivity and thermal resistance, their transfer and monitoring the stability of the standard in the ranges of 5…20 W/(m K), 0.003…0.01 K m[^2]/W at a temperature of 300…1100 K;
- Setup A4 for reproducing units of thermal conductivity and thermal resistance, their transfer and control of the standard stability in the ranges of 0.02…0.2 W/(m(K), 0.05…2.5 K m[^2]/W at a temperature of 310…570 K;
- Setup A5 for reproducing units of thermal conductivity and thermal resistance, their transfer and control of the standard stability in the ranges of 10…500 W/(m(K), 6 x 10[^-5]…0.6 K m[^2]/W at a temperature of 230…350 K
- Set of measures of thermal conductivity and thermal resistance of single-digit MTO 01.01.001 … MTO 01.01.013 and multi-digit MTM 01.01.001 … MTM 01.01.005 for reproducing units of thermal conductivity and thermal resistance, their transmission and control of the standard stability
Verification diagram:
- Heads the state verification scheme for measuring instruments for thermal conductivity, thermal resistance and thermal diffusivity of solids in the temperature range from 90 to 1100 K
Scope of application:
Power engineering, mechanical engineering, instrument making, aviation, space technology, construction and production of building materials.
Results of applying the standard:
Not specified
The total number of measuring instruments traceable to ГЭТ 59-2016:
Not specified
Ensuring the uniformity of measurements, participation in the CIPM MRA program:
2
Unique technical installations as part of the standard:
Not specified