Thermal conductivity and electrical resistivity measurements were conducted on two lots of an austenitic stainless steel. Electrical resistivity measurements were performed on the second lot, both before and after the material was hot-swaged and reannealed to a size 1/10 the original diameter. These measurements indicate that this steel can be swaged and reannealed without an appreciable change in thermal conductivity. Electrical resistivity measurements as well as direct thermal conductivity measurements on several specimens from both lots indicate a material variability in these lots of less than 1% in thermal conductivity
Determination of thermal conductivity, electrical resistivity, Lorentz ratio, and thermopower for an...
This study presents the designing, constructing and validating processes of thermal conductivity app...
This study presents the designing, constructing and validating processes of thermal conductivity app...
Thermal conductivity data were obtained by the axial one-dimensional heat flow method for a cylindri...
The equipment and techniques for determining the thermal conductivity, electrical resistivity Lorenz...
Electrical resistivity measurements on pure metals in temperature range 0 to 273
Electrical resistivity of stainless steel AISI 316 L was measured by millisecond pulse-heating in th...
Thermal conductivity and electric resistivity measurements on stainless steel specimens from differe...
Measurement apparatus for broad thermal conductivity testing of aerospace alloys used in low tempera...
Abstract. A summary is given of the results of various NPL measurements carried out over a number of...
The results of an inter laboratory comparison of thermal conductivity, thermal diffusivity, specific...
The advancement of new nuclear fuel compositions requires accurate knowledge of the material’s nuc...
The advancement of new nuclear fuel compositions requires accurate knowledge of the material’s nuc...
Thermal conductivity values of 21-6-9 stainless steel over the temperature range of 5 K to 120 K are...
Renewed interest in the use of metallic fuels in liquid-metal fast breeder reactors has prompted stu...
Determination of thermal conductivity, electrical resistivity, Lorentz ratio, and thermopower for an...
This study presents the designing, constructing and validating processes of thermal conductivity app...
This study presents the designing, constructing and validating processes of thermal conductivity app...
Thermal conductivity data were obtained by the axial one-dimensional heat flow method for a cylindri...
The equipment and techniques for determining the thermal conductivity, electrical resistivity Lorenz...
Electrical resistivity measurements on pure metals in temperature range 0 to 273
Electrical resistivity of stainless steel AISI 316 L was measured by millisecond pulse-heating in th...
Thermal conductivity and electric resistivity measurements on stainless steel specimens from differe...
Measurement apparatus for broad thermal conductivity testing of aerospace alloys used in low tempera...
Abstract. A summary is given of the results of various NPL measurements carried out over a number of...
The results of an inter laboratory comparison of thermal conductivity, thermal diffusivity, specific...
The advancement of new nuclear fuel compositions requires accurate knowledge of the material’s nuc...
The advancement of new nuclear fuel compositions requires accurate knowledge of the material’s nuc...
Thermal conductivity values of 21-6-9 stainless steel over the temperature range of 5 K to 120 K are...
Renewed interest in the use of metallic fuels in liquid-metal fast breeder reactors has prompted stu...
Determination of thermal conductivity, electrical resistivity, Lorentz ratio, and thermopower for an...
This study presents the designing, constructing and validating processes of thermal conductivity app...
This study presents the designing, constructing and validating processes of thermal conductivity app...