膨胀比的英文

发音:

"膨胀比"怎么读用"膨胀比"造句

英文翻译手机版

expansion pressure ratio
expansion ratio
expansion-pressure ratio
ratio of expansion
swelling ratio

"膨胀"英文翻译 expand; swell; dilate; infla ...
"比"英文翻译 2
"床层膨胀比" 英文翻译 : bed expansion ratio
"高膨胀比" 英文翻译 : high expansion ratio
"模口膨胀比" 英文翻译 : die swell ratio
"泡沫膨胀比" 英文翻译 : foam expa ion ratio; foam expansion ratio
"喷管膨胀比" 英文翻译 : nozzle expansion ratio
"膨胀比率" 英文翻译 : expansion ratio; ratio, expansion
"燃烧膨胀比" 英文翻译 : combustion expansion ratio
"完全膨胀比" 英文翻译 : complete expansion ratio
"涡轮膨胀比" 英文翻译 : turbine expansion ratio
"总膨胀比" 英文翻译 : overall expansion ratio
"最佳膨胀比" 英文翻译 : optimum expansion ratio
"扩张度膨胀比膨胀比率膨胀率" 英文翻译 : expansionratio
"喷管膨胀比喷嘴面积膨胀率" 英文翻译 : nozzleexpansionratio
"吹胀比" 英文翻译 : blow ratio; degree of blowup
"冻胀比" 英文翻译 : heave ratio
"伸胀比" 英文翻译 : ratio of expansion
"溶胀比；胀大比" 英文翻译 : swelling ratio
"膨胀" 英文翻译 : expand; swell; dilate; inflate; puff; bulge; inflation; expansion; dilatation; buckling; swelling; upswelling; bulking; distension; distention; infarctate; pinguis; physiosis; inturgescence; intumesce; ectasia; ectasis; ectasy; turgidity; bloat 机构膨胀 bloated organizational structure; 人员膨胀 bloated staff; 金属受了热就会膨胀。 metals expand when they are heated.; 膨胀安全阀 expansion relief valve; 膨胀度 dilation; dilatation; 膨胀阀 expansion valve; 膨胀计 dilatometer; 膨胀剂 swelling agent; expanding agent; 膨胀器 expander; 膨胀曲线 expansion curve; 膨胀系数 expansion coefficient; coefficient of expansion
"实膨胀，真膨胀" 英文翻译 : real expansion
"半膨胀" 英文翻译 : demiinflation
"变膨胀" 英文翻译 : variable expansion
"不膨胀" 英文翻译 : non expansion; nonexpansion
"侧膨胀" 英文翻译 : lateral expansion

例句与用法

According to morgan stanley ' s roach , over the past four years the expansion of household liabilities has been 65 per cent larger than the growth in us gdp
摩根士丹利的罗奇认为，过去4年来，美国家庭负债的膨胀比gdp的增长高出65 % 。
In the experiment , we measured the frequency of the exhausted noise , and studied the muffler influence with the different rate of expansion
通过试验测量了s195柴油机的排气噪声频谱，并且对采用不同膨胀比消声器的消声效果进行了试验研究。
Under a fixed bigger expansion ratio , the cooling performance of the vortex tube increases with the increase of the inlet pressure
膨胀比为3时，进口压力的增加基本不影响涡流管的制冷性能，而膨胀比为6时，随着进口压力的增加，涡流管的制冷性能显著提高。
The effect of the inlet pressure on the performance of the vortex tuba which was designed by author was investigated by experiment with air as medium
摘要采用自行设计的涡流管，并以空气作为工作介质，通过实验研究了在保持膨胀比不变的情况下，不同进口压力对涡流管性能的影响。
Based on this simulation model , researched the affection to output performance and sensitivity made by the design parameter . analyzing the effect of the expansion ratio to the design of the release devices
利用仿真模型,研究了设计参数对输出性能的影响和敏感度,并分析了膨胀比在分离装置设计中的作用。
When propellant is used in weapons with larger gas expanding ratio , the power capability accords with potential energy , and the power capability accords with impetus when gas expanding ratio is small
发射药在气体膨胀比大的武器上应用时，做功能力与潜能较为一致；在气体膨胀比小的武器上应用时，做功能力与火药力较为一致。
The experiment results show that the cooling performance of the vortex tube keeps unchanged under a fixed lower expansion ratio , with the increase of the expansion ratio , the effect of the inlet pressure on the cooling performance of the vortex tube is becoming remarkable
实验结果表明：对于常温涡流管，在较小的膨胀比下，进口压力的改变对涡流管的制冷性能没有显著的影响；随着膨胀比的增加，进口压力的改变对涡流管制冷性能的影响也变得越来越显著。
Results show that , at any frequency , the mbsl field changes with the ultrasonic intensity , and the thresholds of ultrasonic pressures are increased with the ultrasonic frequency . the reason is that , the ultrasound with higher frequency needs higher pressure to make the bubbles provide enough energy to dissociate the water molecules
超声的驱动频率的大小影响气泡的膨胀比(气泡在超声作用下膨胀的最大半径最小半径) ，进而影响气泡爆破时产生的温度，导致不同频率条件下气泡地声致发光阈值不同。
And then , some improvements have been made on the old single tube pressure wave refrigerator experimental system . the experimental research , such as the ratio of gas charge time to gas exhaust time ( ) , the frequency of the jet flow ( f ) , the ratio of the expansion ( ) , the length of the tube ( l ) and the heat transfer condition , has been carried out on the improved experimental system . the results were drawn as the following : the refrigerating efficiency will be heightened by augmenting when is in 0 . 0405 to 0 . 1842 ; the highest cooling efficiency will be
实验考察了有关因素对制冷效率和最佳射流频率( fopt )的影响并进行了理论分析,结果表明,在= 0 . 0405 ~ 0 . 1842范围内,制冷效率( )随的增大而提高;随射流频率( f )的变化出现多个峰值,在本文实验参数范围内下,第二个峰值点的效率比第一个峰值点高;随着膨胀比( )的增大,和fopt都略有增大,且低下的增幅比高下的大;强化管外换热,可使fopt降低、明显提高。
The relations between the parameters of gas charging and exhausting , heat quantity through the shell of tube ( q ) , the length of the tube ( l ) , the ratio of gas charging time to gas exhausting time ( ) , the frequency of the jet flow ( f ) , the ratio of the expansion ( ) , the nature of thermal separator and the unsteady flow in the tube were established
建立了进、排气参数、管壁散热量（ q ）、管长（ l ）、充、排气时间比（）、射流频率（ f ）、膨胀比（）等参数与热分离机性能及管内非定常流动的关系，并分析了有关因素对热分离机性能的影响。