|Document ID (ISN)||101773|
|ISSN - Serial title
||0095-6562 - Aviation, Space, and Environmental Medicine
|Convention or series no.
||Koscheyev V.S., Coca A., Leon G.R., Dancisak M.J.
||Individual thermal profiles as a basis for comfort improvement in space and other environments
||Dec. 2002, Vol.73, No.12, p.1195-1202. Illus. 31 ref.
||Thermoregulation is of considerable importance for humans in space and other extreme environments. A methodology is presented for evaluating heat flux from specific body zones, and for assessing individual differences in the efficiency of heat exchange from these body areas. The goal is to apply this information to the design of individualized protective equipment. A multi-compartment conductive plastic tubing liquid cooling and warming garment was developed. Inlet water temperatures of 8-45░C were imposed sequentially to specific body areas while the remainder of the garment was maintained at 33░C. The greatest amount of heat was exchanged by the thighs, torso, calves and forearms. Calculation of heat transfer rates standardized per unit tube length and flow rate instead of surface area covered showed that there was significantly greater heat transfer in the head, hands and feet. There was considerable subject variability in rates of heat transfer in the torso, thighs, shoulders, and calves and forearms.
||thermal comfort; space travel; design of equipment; temperature measurement
||liquid-heated suits; heat load; heat transfer; liquid-cooled suits; individual susceptibility; heat tolerance
||D - Periodical articles
|Country / State or Province||USA|
||Transport and communications
|Broad subject area(s)
Heat and cold