这样还把由于不必再为了控制引擎转速来抑制空气流入引起的抽吸效应的能耗最小化。
It also minimises the pumping losses caused by no longer having to "throttle" (ie, strangle) the air flowing into the cylinders in order to control the engine speed.
这一抽吸效应使得经过每个长达95英尺的转子的时候风速增加30%,有利于电力生产。
This suction effect increases wind speeds by up to 30 percent at each of the 95-foot-long rotors to boost electricity production.
这一抽吸效应使得经过每个长达95英尺的转子的时候风速增加30%,有利于电力生产。
This suction effect increases wind speeds by up to 30 percent at each of the 95-foot-long rotors to boost electricity production.
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