燃气轮机 gas turbines ; [动力] gas turbine ; gas turbine engine
重型燃气轮机 heavy-duty gas turbine
燃气轮机船 [船] gas turbine ship ; gas turbine vessel
开式循环燃气轮机 open cycle gas turbine ; open cycle gas turbine engine ; open-cycle gas trubine
轴流式燃气轮机 Axial gas turbine ; axial-flow gas turbine ; parallel flow engine
燃气轮机联合循环 GTCC ; CCGT ; gas turbine combined-cycle
汽车用燃气轮机 automotive gas turbines
燃气轮机发电厂 gas turbine power plant ; gas turbine power station ; gas turbine electric power plant ; gas turbine plant
燃气轮机汽车 gas turbine automobile ; turbo-car
燃气轮机循环 gas turbine cycle ; brass Brayton cycle ; cycle of gas turbine
目前有几种正在研究中，比如电力引擎、燃气轮机、蒸汽机等。
There are several possibilities being researched at present, such as electric, gas turbine, and "steam" engines.
那么怎样才能提高燃气轮机的效率，使其能够在3.4秒内将汽车启动并加速到62英里每时？
So how did they create a gas turbine engine that is fuel efficient yet can go from zero to 62 mph in 3.4 seconds?
燃气轮机在航空作业中处于高温高压和高能的状态下，其性能远远优异于滑行，着陆和起飞阶段。
That's one reason why gas turbines work so well in aircraft; other than taxing, landing, or taking off, the engine runs at high pressure, high power and high temperature.
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