Hippocrates Balance

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Hippocrates Balance
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Temperature
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Skin Temp
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???? ??? HSMETR C K-E
Heat Storage-HS Metabolism -M Convection-C Conduc
tance-K Radiation-R Evaporation-E
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Dry Heat Exchange with the environment Conductive
heat exchange heat transfer through a
non-moving materials (K) Convection heat
transfer via moving gas or liquid (C) Radiation
Electromagnetic particles flow heat release
upon collision
Efficiency Depends on 1.Temperature gradient
2. Exposed Surface Area Specifically, K depends
on thermal conductivity of the surface C
depends on wind speed R - depends on wave
length

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Thermal conductivity of the body thermal shell
during exposure to heat and cold

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ml O2/min
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Ambient Temperature (C)
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Cardiovascular
TC
O2
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Dry and wet heat exchange at different ambient
Temp.
evaporation
CK
Radiation
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Components of the thermoregulatory system
WR-Warm receotors CR-cold receptors PO/AH-preoptic
and anterior hypothalamic areas
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Effectors in Temperature regulation
Cardiovascular system
Evaporative cooling
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Anatomical adaptationsAVA