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The orthogonal experiment design considered three experimental factors, i.e. the charging pressure and the heater powers in the two stages, which varied on five different levels, respectively.
Optimum matching of the heater powers between stages was very important for the performance of a cascade thermoacoustic engine, which was obtained from the orthogonal experiments.
The sensing temperatures of 300 and 500 °C could be attained at the heater powers of 36 and 94 mW, respectively, and the sensors showed high and fast responses to H2S.
The optimum ratio of the heater powers between the traveling wave stage and the standing wave stage was about 1.25, compromising the total efficiency with the dynamic pressure amplitude.
Similar(56)
The temperature was regulated by electrical heater power and valve opening in the chilled water system.
The input heater power, measured after the stabilization of emitter temperatures, for each step represents the passive cooling power of our system.
A less-costly approach is to buy a portable air-conditioner or heater powered by an extension cord run through the window.
It is shown that the proposed inverse technique is reliable and accurate for predicting the heater power distribution.
Performance variations with changes in sump heater power, condenser and evaporator heat transfer fluid flow, and compressor speed were examined.
The total efficiency and the dynamic pressure amplitude increased when the traveling wave stage heater power increased.
The experimental results have shown that the heater power is the most important parameter of the natural circulation behavior.
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