Sentence examples for heat contributions from inspiring English sources

The quantitative heat contributions of the cathode and anode to the overall cell heat generation are also determined.

It was found that the effect of heat conduction from the liquid stream surface to the gaseous surroundings is negligible as compared to other heat contributions.

Heat contributions from each of the individual reactions taking place in the systems MEA+H2O+CO2 and MDEA+H2O+CO2 were calculated and presented as functions of loading and temperature.

These are obtained for the whole temperature range, and then for cold and heat contributions by separating the associations with temperatures lower or higher than x0.

The oxidation was found to be endothermic and potential-dependent, indicating a large heat contribution due to generation of charge carriers in the polymer backbone.

Because of the comparatively large sensible heat and latent heat contribution to the crust necessary to produce silicic magma compositions (>65 wt% SiO2) via crystallization, the generation of silicic volcanism is the dominant signal in our calculations of the Quaternary magmatic heat budget (Fig. 4b).

Reversible heat losses are seen to be the main cause for the difference between charge and discharge while graphite electrode are seen to have a much higher heat contribution compared to lithium iron phosphate electrode.

This is explained as the balance between the availability and sufficient temperature of excess reactants from the premixed branches, which lead to heat contribution from the non-premixed branch to the leading edge.

It was also found that the compressive strength of the concretes cured in high temperature condition increased remarkably, which exhibits the heat contribution to the formation of a polymer membrane in specimens with latex.

Recently, the random circuit breaker network model [2, 3] and conical shape filament model [4, 5] are differently developed to emphasize joule heat contribution on breaker and thermochemical-type resistance switching, respectively.

According to this method of classification, geothermal systems in China can be classified into four types: 1) crustal magmatism/partial crustal melting, 2) dominant radiogenic heat contribution, 3) pure mantle upwelling, 4) with recent volcanic activities; each type can be subclassified into two categories according to their heat transfer mechanism: 1) conduction type; 2) convection type.