1) online vacuum annealing processing
在线真空退火工艺
2) technology curve of annealing
退火工艺曲线
3) annealing
[英][ə'ni:liŋ] [美][ə'nilɪŋ]
真空退火
1.
Its property was dependent on the vacuum annealing temperature.
通过对退火后FeMn钉扎自旋阀磁性的研究表明 ,真空退火对自旋阀的性质有影响 。
4) vacuum annealing
真空退火
1.
Influence of vacuum annealing treatment on mechanical and tribological property of chromium-doped graphite-like carbon coatings
真空退火处理对掺Cr类石墨碳膜力学和摩擦学性能的影响
2.
Effect of vacuum annealing temperature on properties of GZO/Ag/GZO three-layer films
真空退火温度对GZO/Ag/GZO三层膜性能的影响
3.
X-ray diffraction (XRD) and metallographic microscope were used to study the phase and morphology of the thin films prepared in different vacuum annealing conditions.
以V_2O_5粉末为原料,采用无机溶胶-凝胶法制备了V_2O_5凝胶膜,先经过在空气中的热处理后再经过真空退火处理得到了以VO_2为主相的薄膜。
5) annealing process
退火工艺
1.
Effect of annealing process on properties of CaBi_(4.3)Ti_4O_(15) ferroelectric thin films;
退火工艺对CaBi_(4.3)Ti_4O_(15)铁电薄膜性能影响
2.
Effect of annealing process on microstructure and texture of alloying hot dip galvanized Ti-IF sheet;
退火工艺对Ti-IF钢合金化热镀锌板微观组织织构的影响
3.
The influence of cold-rolling and annealing process on cold-rolling sheet texture evolvement for Baotou Iron and Steel(Group) Co.;
冷轧及退火工艺对包钢CSP薄板织构演变的影响
6) annealing technology
退火工艺
1.
The effect of the rolling technology(inverting techniques)and final product annealing technology properties(such as mechanical properties,deep-drawing property,hardness and so on)of Mo sheets is discussed in this paper.
讨论了轧制工艺(换向工艺)、成品退火工艺对钼片性能(力学性能、深冲性能、硬度等)的影响。
2.
In this article the annealing technology of NTD single silicon is introdued.
本文简要介绍了NTD硅单晶的退火工艺 ,通过在一次退火工艺和二次退火升τ工艺中 ,引入P2 O5,结果表明 :晶体表面的P2 O5保护层在晶体表面的吸除作用能引起晶体内缺陷和杂质的消失 ,使晶体的少子寿命τ及τ的合格率大幅度升
3.
The effect of main processing parameters, such as deformation rate and annealing technology in cold rolling deep-drawing properties of the strip were studied.
本文以涟钢DDQ级冷轧深冲板为研究对象,主要是根据用户对冷轧深冲薄板的质量要求,结合涟钢实际情况,研究不同的冷轧压下率和不同的退火工艺对冷轧深冲板深冲性能的影响,改进现有的生产工艺制度。
补充资料：软化退火(见低温退火)
软化退火(见低温退火)
soft-annealing
rU0nhUO tUihUO软化退火(soft一annealing)见低温退火。
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