1)specific pressure比压
1.Influence of Specific Pressure Value in Squeeze Casting on Properties of Cu Alloy Valve Body;挤压铸造比压对铜合金阀体性能的影响
2.The microstructure of the liquid forging pieces under various specific pressures and preheating temperature conditions for the die were comparatively analyzed.叙述了选用ZA27合金采用液态模锻工艺生产耐磨衬板的研究,确定了模具材料的选择及其热处理工艺,对不同比压及不同模具预热温度条件下液锻件的微观组织进行了对比分析。
3.The research on microstructure pattern and mechanical properties of the circular ring parts by liquid forging experiment under different specific pressures and casting temperatures were stated.通过圆环零件的液态模锻成形实验,对在不同比压和浇铸温度条件下,锻件的微观组织形貌和力学性能进行了分析研究。
英文短句/例句
1.and the air test seems better than the old water test,I think.Much quicker as well.我看压气试验要比压水试验更好而且更快。
2.high supercharged engine of low compression ratio低压缩比高增压发动机
3.foam pump proportioner等压式泡沫比例混合器
4.rated transformation ratio (of a voltage transformer)(电压互感器的)额定变比
5.rated transformation ratio of voltage transformer电压互感器的额定变比
6.low voltage He filled proportional counter低压充填氦正比计数器
7.an air mass of higher than normal pressure.气压比正常值高的气团。
8.Bierbaum microcharacter比尔鲍姆微压痕硬度计
9.The electric current varies directly with the voltage.电流与电压成正比。
10.The comparison of blood pressure with platform sphygmomanometer and wrist sphygmomanometer腕式血压计与台式血压计监测血压的比较
11.Research on Novel Piezoelectric On-off Pressure-regulation Type Pneumatic Digital Proportional Pressure Valve压电开关调压型气动数字比例压力阀的研究
12.Clinical Comparison of the Tono-Pen Tonometer to the Goldmann Applanation TonometerTono-Pen眼压计与Goldmann眼压计的临床比较
13.voltage ratio of a capaitor divider电容器式分压器的电压比
14.the ratio of the breaking stress of a structure to the estimated maximum stress in ordinary use.间断压力同最大压力的比率。
15.air at a pressure greater than that of the atmosphere.承受的压力比大气压力大的空气。
16.The pressure at point a is twice greater than that at point b.A点的压力比B点的压力大两倍。
17.highest useful compression ratio最高有效压缩比最有用的压缩率
18.a transformer whose voltage ratio of transformation can be adjusted.电压比率能够调整的变压器。
相关短句/例句
pressure[英]['pre??(r)][美]['pr???]比压
1.At proper pouring temperature and mold temperature,the effect of die casting speed and pressure on microstructure and properties of AM60B alloy has been studied.固定浇注温度和铸型温度,研究压射速度和压射比压对压铸AM60B合金组织与性能的影响。
2.The effect of difference of mechanical properties in different parts of a casting by pressure is compared.研究了挤压铸造比压对大高径比(M=7)ZA27合金杯形铸件组织与不同部位性能的影响。
3)pressure ratio压比
1.Simulation and analysis of influence of pressure ratio on regenerator performance;压比对回热器性能影响的理论分析
2.The effects on pressure ratio of different shape resonators under the same input conditions were studied with Fluent6.通过采用Fluent模拟计算的方法研究了在相同输入的情况下,不同谐振管形状对系统压比的影响。
3.The aim is to study the influence of the rotational speed and pressure ratio on some parameters of two counter-rotating rotors,which include exit velocity,flow angle and diffusion factor.以自行设计的双排轴流对转压气机为研究对象,采用流线曲率法对对转压气机的气动性能及流场结构进行了探索性研究,着重分析了转速调节分别对两排转子出口速度、出气角以及扩散因子的影响,结果表明:两排转子的转速互相依赖,在量级上不宜相差的过大,否则流场极易发生分离或畸变;另外,可通过适当调整各排转子的压比来平衡两转子的加功量,以降低流场畸变的可能性,以上研究结论对对转压气机的设计与应用有着重要的理论意义和工程应用价值。
4)voltage ratio压比
1.The present ZnO varistor have the shortcomings of high residual voltage,high voltage ratio(about 1.现生产的ZnO电阻片存在残压高,压比(1。
5)pressure ratio压比,增压比
6)injection pressure压射比压
1.The influence of injection pressure?pouring temperature and mold temperature on the microstructure, casting character and properties of ZA85 magnesium alloy has been carried out, the best die casting process was obtained under cold chamber, also analyse its cast structure simply, and small batches of magnesium alloy automobile parts are produced successfully.研究了压射比压、浇注温度、模具温度三个压铸工艺参数对ZA85镁合金显微组织、铸造性能和力学性能的影响,探明了其在冷室压铸条件下的最佳工艺,简单分析了压铸态组织,并成功的实现了镁合金汽车零件的试制。
2.The paper presents some of the results obtained from an investigation on the influence of injection pressure,pouring temperature,mold temperature and shot speed on the microstructure,castability and mechanical properties of AM60B magnesium alloy under the condition of cold chamber.研究了压射比压、浇注温度、模具温度、压射速度四个压铸参数对AM60B镁合金显微组织、铸造性能和力学性能的影响,探明了其在冷室压铸条件下的最佳工艺,简单分析了压铸态组织,并成功地实现了镁合金灯罩铸件的试制。
延伸阅读
比浓渗透压分子式:CAS号:性质:溶液渗透压(π)与溶液浓度(c)的比值。渗透压是溶液依数性的一种,渗透压法可用于测定分子量2万以上聚合物的数均分子量及研究聚合物溶液中分子间相互作用情况。理想溶液的比浓渗透压可根据范特霍夫定律表示为。式中M是溶质的分子质量。对于非理想溶液:>。从实验结果可知,比浓渗透压π/c随c而变化,当,式中是聚合物的数均分子量;是无限稀释时,比浓渗透压服从范特霍夫定律,可当作理想溶液处理。