BehnkeA RJrYarboroughO DPhysiologic studies of helium. US Nav Med Bull, 36, pp 542–558, 1938.
2.
FlynnE TVorosmartiJrJModellH ITemperature requirements for the maintenance of thermal balance in high pressure helium oxygen environments. NEDU Res Report21–73. pp 1–42, 1974.
3.
FangoerP OThermal comfort.McGraw Hill Book Co., 1970.
4.
TimbalJVieillefondHGuenardHVarenePMetabolism and heat losses of resting man in a hyperbaric helium atmosphere. J Appl Physiol36, pp 444–448, 1974.
5.
WinslowC E AHerringtonL PGaggeA PA new method of partitional calorimetry. Am J Physiol116, pp 641–655, 1936.
6.
RaymondL WBellW HBondiK RLindbergC RBody temperature and metabolism in hyperbaric helium atmospheres. J Appl Physiol24, pp 678–684, 1968.
7.
RaymondL WThalmannRLindgrenGLangworthyH CSpaurW HCrothersJBraithwaiteWBerghageTThermal homeostasis of resting man in helium oxygen at 1–50 atmospheres absolute. Und Bio Res2: (1), pp 51–67, 1975.
8.
WebbPBody heat loss in undersea gaseous environments. Aerospace Med41 (11), pp 1282–1288, 1970.
9.
ToyNCoxR NA surface plate calorimeter. J of Physics E: Sci Instr6, pp 702–704, 1973.
10.
ToyNCoxR NA method of measuring free and forced convective heat transfer from the human micro-environment. Rev Gen de Therm, 145, pp 37–41, 1974.