Layton R P, Mints W H, Annis J F, Rack M J, Webb P
J Appl Physiol Respir Environ Exerc Physiol. 1983 May;54(5):1361-7. doi: 10.1152/jappl.1983.54.5.1361.
Regional and total body heat loss rates of human subjects at rest were measured simultaneously by means of an array of heat flux transducers and with a tube suit calorimeter. Conditions ranged from thermal comfort to strong cooling. A high degree of correlation was found between heat loss rates determined by the two independent techniques. For the head and arms, the transducer array system measured less heat loss than the suit. For the torso and legs, measurements by the two methods were equivalent. For the whole body, the transducer system yielded a heat loss rate 87% of the suit calorimeter value.
通过一系列热通量传感器和管状套装量热计，同时测量了静息状态下人体受试者的局部和全身热损失率。实验条件包括从热舒适到剧烈冷却的各种情况。结果发现，两种独立技术测定的热损失率之间具有高度相关性。对于头部和手臂，传感器阵列系统测得的热损失比套装量热计少。对于躯干和腿部，两种方法的测量结果相当。对于全身，传感器系统得出的热损失率为套装量热计值的87%。
