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This was explained by an exponential decrease of heat production with depth over a crustal scale.
The general trends of nanofluids including increase of thermal conductivity, density, viscosity, and decrease of heat capacity are confirmed.
Hot drawing promotes an increase of glass transition temperature (Tg) and a decrease of heat capacity.
The decrease of heat release rate (HRR) is mainly due to the delay of thermal-oxidative decomposition of the composites.
The Temkin isotherm (Temkin and Pyzhev 1940) assumes linear rather than logarithmic decrease of heat of adsorption while ignoring extremely low and very high concentrations.
Major disadvantages of air-source heat pumps are the decrease of heat output and coefficient of performance (COP), and increase in discharge temperature, towards low outdoor temperatures.
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Therefore, there is, as expected, a general decrease of heat-flow values with depth.
Therefore, our calculated CPD could as well be a representation of the depth of total decrease of heat-producing elements or change in mineralogy in the crust.
The results show that the CWS ignition temperature is reduced with the decrease of heating rate.
It can be explained that the heat exchange, not only from furnace wall to coal particles but also from particle surfaces to inner nucleus, increases with the decrease of heating rate (Cheng et al. 2008).
The recent global financial and economic crisis is responsible for the significant decrease of heating energy consumption, especially in low income population that mostly live in non-thermally-performing houses.
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