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Journal of the American Ceramic Society | Vol.7, Issue.1 | | Pages 19-28
STUDIES ON THE THERMAL CONDUCTIVITIES OF SOME REFRACTORY MATERIALS
The method used was a modification of that described by Hepplewhite. The changes made were for the purpose of insuring greater accuracy. An effective means for preventing lateral flow of heat was devised. The coefficients obtained for the several materials studied were (c. g s. units) silica brick .00099, fire clay brick .00169, fire clay slab .00203, light weight fire clay brick .00251, sillimanite brick .00432, electrically sintered magnesia brick .00665, “Alundum” fire brick .00833, “Crystolon” silicon carbide brick .00982.
Original Text (This is the original text for your reference.)
STUDIES ON THE THERMAL CONDUCTIVITIES OF SOME REFRACTORY MATERIALS
The method used was a modification of that described by Hepplewhite. The changes made were for the purpose of insuring greater accuracy. An effective means for preventing lateral flow of heat was devised. The coefficients obtained for the several materials studied were (c. g s. units) silica brick .00099, fire clay brick .00169, fire clay slab .00203, light weight fire clay brick .00251, sillimanite brick .00432, electrically sintered magnesia brick .00665, “Alundum” fire brick .00833, “Crystolon” silicon carbide brick .00982.
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