1) evt
等粘温度
2) isothermal temperature
等温温度
1.
Effect of isothermal temperature on microstructure of semi-solid 2024 alloy during partial remelting;
等温温度对半固态2024合金部分重熔组织的影响
2.
Based on this principle,we have analized the isothermal temperature range in which thecracks are apt to arise.
ZGMn13钢水韧处理加热过程中不同等温温度将产生不同的显微组织，根据这个原理，分析了容易产生裂纹的等温温区，并推荐了最佳等温温度。
3.
The results compared with those obtained by conventional quenching and tem-pering,show that 300M steel transformed with isothermal temperature below Ms has a mix structure ofmartenite,lower bainite and retained astenite.
研究了四种含碳量、三种等温温度与力学行为的关系，并与淬火回火３００Ｍ钢进行比较得出，３００Ｍ钢在Ｍｓ点以下温度等温获得Ｍ＋Ｂ＿下＋Ａ＿Ｒ混合组织、超高强度和优良的韧性。
3) iso-viscosity curve
等粘度图
1.
Under the construct principle of coordinate conversion,the industrial iso-viscosity curves of C.
同时,收集了大量南钢正常生产时的炉渣成分数据,建立了高炉炉渣粘度数据库,根据坐标转换的作图原理,用Excel作出CaO-SiO2-Al2O3系工业等粘度图,对照计算炉渣成分,提前预测了高炉炉渣状况,并以此来指导生产实践。
4) equivalent viscosity
等效粘度
1.
By considering the effect of temperature,energy in lubricant and interaction between wall and liquid on the lubricant viscosity at the same time,based on the equivalent viscosity model when considering the effect of temperature on the lubricant characterstic,the calculating and analyzing model of equivalent viscosity with visco-temperature correcting was founded.
同时考虑温度和流体内能及壁面对润滑剂的强作用对润滑剂粘度的影响,在等效粘度模型的基础上,融入温度对润滑剂特性的影响,建立了粘温修正的等效粘度分析计算模型,运用该模型进行了薄膜润滑条件下的轴承特性分析计算,确立了参数与轴承性能的变化之间的关系。
2.
An equivalent viscosity corrected model is applied to analyze characteristic of journal bearing in this paper.
文章应用等效粘度修正模型对径向滑动轴承进行了性能分析 ,对无限宽轴承可得出压力计算的解析表达式 ,从而可精确地计算轴承的性
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条