An apparatus for measuring the effe

An apparatus for measuring the effective thermal conductivity at temperatures up to 1000 ° C and pressures of 10-8 to 10 + 2 bar has been developed, designed and built. These extreme requirements necessitated very extensive and time-intensive calculations and preliminary trials leading to substantial changes and extensions to the preliminary draft (see initial application). These include, inter alia, An increase in the internal dimensions (to accommodate the thermal insulation), a horizontal division of the pressure vessel, installation of additional protective heating elements, a more elaborate design of the cooling jacket, an increase in the number of pressure-tight passages and the like.

結果 (英文) 1:

Apparatus for measuring the effective thermal conductivity at temperatures up to 1000 ° C and pressures of 10-8 to 10 + 2 bar has been developed, designed and built. These extreme requirements necessitated very extensive and time-intensive calculations and preliminary trials leading to substantial changes and extensions to the preliminary draft (see initial application). These include, inter alia, to increase in the internal dimensions (to accommodate the thermal insulation), a horizontal division of the pressure vessel, installation of additional protective elements, a more elaborate design of the cooling jacket, to increase the number of pressure-tight passages and the like.

結果 (英文) 2:

An apparatus for measuring the effective thermal conductivity at Temperatures up to 1000 ° C and Pressures of 10-8 to 10 + 2 bar has been developed, designed and built. These extreme requirements necessitated very extensive and time-intensive calculations and preliminary trials leading to substantial changes and extensions to the preliminary draft (see initial application). These include, inter alia, to increase in the internal dimensions (to accommodate the thermal insulation), a horizontal division of the pressure vessel, installation of additional protective heating elements, a more elaborate design of the cooling jacket, to increase in the number of pressure-tight passages and the like.

結果 (英文) 3:

in apparatus for measuring the effective thermal conductivity at temperatures up to 1000 degrees c and pressures of 10 - 8 to 10 + 2 bar has been developed, designed and built. these extreme requirements necessitated very extensive and time intensive calculations and preliminary trials leading to substantial changes and extensions to the preliminary draft (see initial application). these include, inter alia, an increase in the internal dimensions (to accommodate the thermal insulation), a horizontal division of the pressure vessel, the installation of additional protective heating element, a more elaborate design of the cooling jacket, an increase in the number of pressure - tight passages and the like.