Invar alloy是什么意思

网络释义

用法例句

Effect of Choker Clearance on Roundness of Thinwall Cylinder of Super Invar Steel

闷头间隙对超因瓦钢薄壁筒件圆度的影响

Analysis of Causes to Breaking of the Steel Backs of Composite Brake Shoes and Suggestions

合成闸瓦钢背断裂的原因分析及建议

Influence of NbC Precipitation on Thermal Expansion Properties of Niobium Super-Invar Alloy

NbC析出对超因瓦合金膨胀性能影响

Cause Analysis of Bearing Burn-out of Drum-type Steel Ball Coal Mill and Discussion on the Preventive Measurement

筒式钢球磨煤机烧瓦的原因分析及预防措施

Cause Analysis and its Treatment to 600 MW Unit Temperature Thrust Bearing Shoe Raising

600MW超临界机组推力瓦温度升高原因分析与处理

Causes and countermeasures on the over temperature of the bearing bush of hydrogen compressor in cyclohexanol plant

环己醇装置氢气压缩机轴瓦温度超高原因分析及对策

reinforced asbestos-cement middle corrugated tile

钢丝网石棉水泥中波瓦

The Research of Bonding Breakout Mechanism at Narrow Face of Short Carved Caster

超低头连铸机窄面黏结漏钢原因的探讨

Analysis of Causes for Ultrasonic Test Defects in Z-Direction Steel Plate

Z向钢板超声波探伤不合格的原因分析

Elinvar is a trademark for a kind of nickel-chromium steel used for watch springs because its elasticity is constant over a wide range of temperatures.

埃林瓦是一种用于手表弹簧的镍铬钢，因其能在很大的温度范围内保持一定的弹性。

After liquid-helium test we find that helium permeability is an important factor for FRP liquid-helium dewar.

液氦试验发现:氦气渗透是影响玻璃钢液氦杜瓦性能的重要因素,应予以重视。

The results showed that the segregation of Pb atoms in the interface between the alloy and the steel back was the main factor leading to the failure of the bearing bush.

结果表明 ,铅原子在合金层与钢背材料结合面上的聚集是导致轴瓦失效的主要原因。

1000 MW USC Unit Bearing Bush Vibration Analysis and Remedy

1000MW超超临界机组瓦振动分析及处理

Causes of Cracking during Stamping of 700MPa Ultra-high-strength Beam Steel

屈服强度700MPa级超高强度大梁钢冲压开裂原因的分析

Analysis and Prevention Measures about Leakage of Austenitic SS Tube in Supercritical Boiler

超临界锅炉奥氏体不锈钢管爆漏原因分析及预防控制措施

Have you ever listened to Val play his baby grand?

你听见过瓦尔演奏他的小型钢琴吗？

Application and Discussion of the Babbit Shoe Axle Bush in Steel Rolling Equipment;

巴氏合金瓦在轧钢设备的应用与探讨

Analysis of the LP Flow Field of Siemens’ 1000MW Ultra-SuperCritical Steam Turbine

引进型百万千瓦超超临界汽轮机低压流场分析