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interstage adj.級間的,級際的。

interstage coupling

Experimental studies on s1a - 02 gas turbine with water injection into compressor interstage / inlet as well as that on turbocharger self - loop test rig with inlet water injection are introduced . test results are in good accordance with simulation results , wet compression can lower compression work and increase engine power output so engine performance is enhanced , if engine power output is not changed , efficiencies of compressor and this engine become higher and turbine inlet temperature and fuel consumption become lower and if keeping t4 the same as that before wet compression is used , efficiencies become furthermore higher and engine power output increases greatly 實驗結果和計算結果同樣表明:濕壓縮減少了壓氣機所消耗的壓縮功,增加了燃氣輪機的輸出功率,提高了燃氣輪機性能,如果保持發動機輸出功率恒定,濕壓縮可以提高壓氣機和整個燃氣輪機機組的效率,與此同時,渦輪進口溫度t _ 3 ~ *和燃油消耗率下降;如果保持渦輪排氣溫度t _ 4 ~ *恒定,壓氣機和燃氣輪機機組效率進一步提高,燃氣輪機輸出功率增加。

In the forth chapter the series negative feedback and interstage mismatching are presentation , and a low noise amplifier whose operating frequency is 1 . 5ghz 1 . 8ghz is developed 第四章詳細介紹了源極串聯負反饋和級間失配法,并設計和制作了1 . 5ghz 1 . 8ghz低噪聲放大器。

Industrial process control valves - part 2 - 5 : flow capacity - sizing equations for fluid flow through multistage control valves with interstage recovery iec 60534 - 2 - 5 : 2003 ; german version en 60534 - 2 - 5 : 2003 工業過程控制閥.第2 - 5部分:流通能力.通過有段間恢復

Industrial - process control valves - part 2 - 5 : flow capacity - sizing equations for fluid flow through multistage control valves with interstage recovery 工業過程控制閥.第2 - 5部分:流通能力.通過有段間恢復能力的多段控制閥門的流體流量的校準公式

Industrial - process control valves - part 2 - 5 : flow capacity ; sizing equations for fluid flow through multistage control valves with interstage recovery 工業過程控制閥.第2 - 5部分:流通能力.通過有段間恢復能力的多段控制閥門的流體流量的校準公式

Industrial - process control valves - flow capacity - sizing equations for fluid flow through multistage control valves with interstage recovery 工業過程控制閥.流通能力.通過有段間恢復功能的多段控制閥的流體流量的校準公式

After the analysis , we think the reason is that interstage matching between second stage and third stage , output matchin 經過分析認為是因為大信號下第二級與第三級級間匹配、第三級輸出匹配不是十分良好。

Design and improvement for interstage crossover of the multistage liquid hydrogen pump 多級液氫泵級間導葉的設計與改進