Sentence examples for heat conduction performance from inspiring English sources
The heat conduction performance experiment is conducted on the modular artillery charge system (MACS).
The Td of the experimental samples in steady state is lower, which represents the samples with higher heat conduction performance or thermal conductivity based on heat conduction theory.
The temperature difference of the experimental samples in steady state is lower, which represents the samples with higher heat conduction performance and thermal conductivity.
Although the additives have similar thermal conductivity, the enhanced heat conduction performance of NEPCMs is obviously different mainly due to both the suspension performance of additives in paraffin and the combination performance between the additives and paraffin.
Many studies show that nanofluids can enhance heat conduction performance due to their higher thermal conductivity than base fluids [1 6].
Actually, the heat source distribution also affects the heat conduction performance significantly.
Synthetic examples are used for studying the effects of heat conduction on reservoir performance, an analysis of the location of injection wells, recovery times of depleted geothermal fields and the benefits of using temperature data for a better characterization of the geothermal system.
Therefore, the suspension performances of additives, as well as the combination of additives and paraffin, are critical factors determining the heat conduction and thermal storage performance of NEPCMs.
Experimental results demonstrate that TiO2 is more effective than the other nano-additives in modifying the heat conduction and thermal storage performance of paraffin.
Therefore, the use of TiO2 for enhancing the heat conduction and thermal storage performance of paraffin is a method that has great potential for future applications.
The experimental results demonstrate that TiO2 is more effective than the other additives in enhancing both the heat conduction and thermal storage performance of paraffin for most of the experimental parameters.
