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Exact(5)
The maximum temperature decreased with increasing cell density because heat conduction and heat capacity were increased.
However, the peak overpressure formed by the sonic compression wave and the maximum temperature decreased gradually as the distance increased.
In the rooms with three walls, the statistical analysis revealed that the diurnal maximum temperature decreased about 3.5°C due to the roof change, and the minimum temperature increased 0.5°C.
With the optimal catalyst layer, the hot spot was not observed near the inlet and the maximum temperature decreased by 130 K from that of the uniform catalyst layer without any conversion loss.
With increasing distance from the ignition source, the peak overpressure formed by shock wave, the flame propagation speed, the maximum combustion rate, the maximum density, and the maximum gas velocity increased gradually, but the peak overpressure formed by sonic compression wave and the maximum temperature decreased gradually.
Similar(55)
Flame temperatures were measured at these equivalence ratios, with maximum temperatures decreasing from 885 K at ϕ = 0.4 to 779 K at ϕ = 1.4.
With an increasing wear rate the maximum temperature decreases.
RM did not change the hydration process, but above 20% the maximum temperature decreases.
It is shown that residence time growth with reactor scale up is compensated with maximum temperature decrease.
The results obtained are conclusive, i.e., the cooling requirements are verified and with one of the proposed configurations it is possible to decrease the maximum temperatures of the SS 316L(N -IG lauN -IG and receiver mirrors from 2307 °C and 1064 °C to 381 °C and 147 °C, respectivelauncherh, corresponds to andaximum tempereceiverecrease of 83% and 86%, respectively.
External warming blankets maintained thermal equilibrium in swine #2 and #3, demonstrating maximum temperature decrease of 1.7°C/hr.
Related(20)
maximum temperature diminish
maximum temperature reduction
maximum temperature declined
maximum temperature decline
maximum force decreased
maximum intensity decreased
maximum speed decreased
maximum slope decreased
maximum yield decreased
maximum shift decreased
maximum burnup decreased
maximum compaction decreased
maximum concentration decreased
maximum error decreased
maximum adsorption decreased
maximum magnitude decreased
maximum amplitude decreased
maximum stress decreased
maximum rate decreased
increased temperature decreased
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