Heat conduction coefficient and coefficient of linear thermal expansion of electric insulation materials for superconducting magnetic system
Deev, V.I.; Sobolev, V.P.; Kruglov, A.B.; Pridantsev, A.I.
Reports of 3. All-union conference on engineering problems of thermonuclear reactors. V. 21984
Reports of 3. All-union conference on engineering problems of thermonuclear reactors. V. 21984
AbstractAbstract
[en] Results of experimental investigation of heat conduction coefficient and coefficient of linear thermal expansion and thermal shrinkages of the STEF-1 textolite-glass widely used in superconducting magnetic systems as electric insulating and structural material are presented. Samples of two types have been died: sample axisa is perpendicular to a plae of fiberglass layers ad sample axis is parallel to a plane of fiberglass layers. Heat conduction coefficient was decreased almost a five times with temperature decrease from 300 up to 5K and was slightly dependent on a sample type. Temperature variation of linear dimensions in a sample of the first type occurs in twice as fast as compared to the sample of the second type
Original Title
Koehffitsient teploprovodnosti i koehffitsient linejnogo termicheskogo rasshireniya ehlektroizolyatsionnykh materialov SMS
Primary Subject
Source
Tsentral'nyj Nauchno-Issledovatel'skij Inst. Informatsii i Tekhniko-Ehkonomicheskikh Issledovanij po Atomnoj Nauke i Tekhnike, Moscow (USSR); p. 268-275; 1984; p. 268-275; 3. All-union conference on engineering problems of thermonuclear reactors; Leningrad (USSR); 20-22 Jun 1984; 3 refs.; 5 figs.
Record Type
Miscellaneous
Literature Type
Conference; Numerical Data
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