Study of Heat Transfer of Longitudinally Swept Surfaces by the Unstable Thermal Regine Method, (Osobennosti Issledobaniya Teploobmena Prodol no Omybaemykh Poberkhnostei Metodom Nestatsionarnogo Tezlma)

The study proposes a method for the direct experimental estimation of the rate of thermal flow. Consider a body consisting of a moderately size core - the calorimeter and its removable housing with good heat insulating properties tightly fitting on all sides. On opening the housing, with a blow, one...

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Main Authors: Legkii,V. M, Koval,Yu. D
Format: Report
Language:English
Subjects:
CALORIMETRY
HEAT TRANSFER
HEAT TRANSFER COEFFICIENTS
SURFACES
TEST METHODS
THERMOCOUPLES
Thermodynamics
TRANSLATIONS
USSR
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creator Legkii,V. M
Koval,Yu. D
description The study proposes a method for the direct experimental estimation of the rate of thermal flow. Consider a body consisting of a moderately size core - the calorimeter and its removable housing with good heat insulating properties tightly fitting on all sides. On opening the housing, with a blow, one brings the calorimeter out of the state of thermal equilibrium, and then again replace its housing. The subsequent process can be regarded as the cooling of the calorimeter in a medium with constant temperature and constant heat transfer coefficient, proportional to the thermal inertia at the core-insulation interface. Numerous and steadily repeated experiments confirmed this point of view. (Author) Trans. from Teplofizika i Teplotekhnika (USSR) n15 1969.
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source DTIC Technical Reports
subjects CALORIMETRY
HEAT TRANSFER
HEAT TRANSFER COEFFICIENTS
SURFACES
TEST METHODS
THERMOCOUPLES
Thermodynamics
TRANSLATIONS
USSR
title Study of Heat Transfer of Longitudinally Swept Surfaces by the Unstable Thermal Regine Method, (Osobennosti Issledobaniya Teploobmena Prodol no Omybaemykh Poberkhnostei Metodom Nestatsionarnogo Tezlma)
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