1) isothermal-heating
等温加热
1.
temperature,a decreased relatively resistivity(namely Δγ) calculating method was proposed based on experiment of testing the change of resistivity of the Cu-CrZr alloy in the isothermal-heating aging process.
通过测试Cu-Cr-Zr合金在等温加热过程中电阻率的变化,提出了一种计算相对电阻率减小值Δγ的方法,并以Δγ作为描述时效过程的参数,对该合金等温加热时效动力学进行了研究。
2) uniform wall temperature
等壁温加热
1.
A theoretical analysis is presented for heat transfer in micro-annular channel with an adiabatic wall and a heated wall with uniform wall temperature in slip flow regime.
对滑移流区微环缝槽道中单独内侧及单独外侧等壁温加热条件下的换热特性进行了理论研究 ,求解了带温度跳跃边界条件的能量方程。
3) Heat Pipe Constant Temperature Heating Furnace Pipe
热管等温加热炉管
4) isothermal-adiabatic hydrogenation-sulfur removal process
等温绝热加氢脱硫工艺
5) Heating crude transport/Nonisothernal pipe section
加热输送/不等温管截面
6) isothermal hydrogen addition
等温加氢
补充资料：等温淬火
isothermalhardening：将钢件加热予以奥氏体化，随之快冷到某一温度，等温保持一段时间，然后再冷却下来的淬火硬化处理工艺。
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