Bedrov Ia A, Gekhman B I
Fiziol Zh SSSR Im I M Sechenova. 1975 Nov;61(11):1723-9.
The general blood flow and heat loss were determined in the rabbit ear with the aid of a mathematical model and on the basis of measurements of ambient, hypothalamic, and the ear temperatures, while the ambient temperature changed from--10 degrees C to + 40 degrees C. A static dependence of ear's heat loss on the blood flow intensity at different ambient temperatures, was quantitatively determined.
借助数学模型并基于对环境温度、下丘脑温度和耳部温度的测量，在环境温度从-10℃变化至+40℃的过程中，测定了兔耳的一般血流情况和热量损失。定量确定了在不同环境温度下耳部热量损失对血流强度的静态依赖性。
