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TranslationMobile

壓縮機進氣口
壓縮進氣口
壓縮器進口

"compressor" in Chinese : n. 1.壓縮物。 2.壓縮器，壓氣機，壓榨器。 3.【 ...
"inlet" in Chinese : n. 1.進口，入口。 2.【電學】引入，輸入，輸入線。 ...
"compressor air inlet housing" in Chinese : 壓縮器進氣機匣
"compressor inlet casing" in Chinese : 壓縮器進口機匣
"compressor inlet injection" in Chinese : 壓縮器進口噴射
"compressor inlet injection system" in Chinese : 壓縮器進口噴射系統(tǒng)
"compressor inlet plenum assembly" in Chinese : 壓縮器進氣增壓裝置
"compressor inlet temperature (cit)" in Chinese : 壓縮器進氣溫度
"compressor inlet total" in Chinese : 壓縮器進口總溫
"compressor inlet vane assembly" in Chinese : 壓縮器進口葉片組件
"inlet compressor stage" in Chinese : 壓縮器的第一級; 壓縮器進口級
"compressor inlet variable vanes (fans)" in Chinese : 壓縮器進氣導片
"compressor" in Chinese : n. 1.壓縮物。 2.壓縮器，壓氣機，壓榨器。 3.【解剖學】收縮肌，壓肌 ...
"in inlet" in Chinese : 進口
"inlet" in Chinese : n. 1.進口，入口。 2.【電學】引入，輸入，輸入線。 3.水灣，小港。 ...

Examples

Compressor inlet vane assembly
壓縮器進口葉片組件
Experimental study of a fog - atomizing evaporative cooler for compressor inlet air
壓氣機進氣用霧化式蒸發(fā)冷卻器實驗研究
Then the pro ? models have been input into pro ? m , an automatic mesh generating software , to create the mesh system for numerical simulation . after defining some proper boundary condition , the flow analysis have been performed through the use of star ? d , a powerful cfd software . with some careful analysis of the simulation results and comparison of the two models , some guiding principles for the design optimization of the compressor inlet turning tubes have been concluded
論文主要工作包括：通過對壓氣機進氣彎管幾何形狀的深入分析，利用三維建模軟件pro / e生成其三維幾何模型；利用網(wǎng)格自動生成工具pro - am ，根據(jù)pro / e生成的三維幾何模型生成了數(shù)值模擬所用的計算網(wǎng)格；對壓氣機進氣彎管內(nèi)部流動進行了詳細的氣動計算，對原進氣彎管與新型進氣彎管的計算結果做了對比分析，對其結構的優(yōu)化設計提出了指導原則。
The design and research work on the inlet turning tube had been carried out mainly based on the experiment results and working experience . with the development of computational fluid mechanics ( cfd ) , it is quilt possible to simulate the flow inside the inlet turning tube accurately and get a better understanding of the flow phenomena in the flow field to guide the design , in this paper , detained simulations of the flow fields inside two different compressor inlet turning tubes have been presented
過去國內(nèi)對它的設計和研究主要借助于經(jīng)驗和利用實驗手段來進行，本論文使用先進的三維氣動計算技術，借助功能強大的流場計算軟件，對壓氣機進氣彎管內(nèi)部流動情況進行了詳細和準確的數(shù)值模擬，為壓氣機進氣彎管的優(yōu)化設計提供更為準確的理論依據(jù)及指導原則。
To improve the performance of ashp , an improved ashp system is presented . different from the original system , the new one can control the refrigerant flow rate by the sub - cooling of condenser and adjust the sup - heating of the compressor inlet vapor by the heater in accumulator . the simulation shows the new system not only has better dynamic characteristic of frost and defrost of ashp , but also has higher coefficient of performance
為改善空氣源熱泵機組的結霜除霜動態(tài)性能，提出了一種利用冷凝器過冷度來調(diào)節(jié)制冷劑流量，在氣液分離器里增加電熱裝置保持壓縮機進口過熱度的改進型系統(tǒng)，結果表明這種改進型系統(tǒng)不但可以改善系統(tǒng)的運行性能，同時能改善系統(tǒng)運行的經(jīng)濟性，為機組的技術升級和產(chǎn)品更新提供了一個新的途徑。