1) Mechanical alloying with annealing treatment
机械合金化-真空退火
2) alloying annealing
合金化退火
1.
The results showed that at 450 ℃ the coating was η phase at the time stage of the beginning of alloying annealing,part ζ phase transformed to the coating surface .
研究表明,450℃时在合金化退火开始时间段镀层为η相,20 s左右部分ζ相长至镀层表面,30 s后表面主要为ζ相,随着退火时间的延长到300 s镀层大部分为δ相,不再发生相变,合金化结束;500℃时合金化过程基本与450℃一致,但退火3 s后表面就已出现少量的ζ相,而9 s后表面基本由δ相和ζ相混合组成,退火时间达到20 s后表面已完全为δ相;550℃时退化3 s后表面出现少量的δ相,到9 s后镀层几乎全部由δ相组成。
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) MA
机械合金化
1.
Study of the Formation Regularity of the Multi-Component Amorphous Alloys by MA;
机械合金化多元非晶态合金形成规律研究
2.
STUDY OF MACHINE ALLOYING FOR W/Cu MICROPOWDER;
W/Cu二元粉末的机械合金化研究
3.
The Microstructure of Al-10vol%Pb Prepared by MA;
机械合金化制备Al-10vol%Pb组织结构
6) mechanically alloying
机械合金化
1.
Amorphous MgNi hydrogen storage alloy was synthesized by mechanically alloying (MA).
采用机械合金化法制备了MgNi非晶,并对不同制备工艺下的MgNi储氢合金的电化学性能进行了测试。
2.
The Al-Pb-Cu alloy was prepared by mechanically alloying.
用机械合金化方法制备了Al-Pb-Cu合金。
3.
This paper states the mechanism of mechanically alloying & its application in rare earth permanent magnet materials.
简述了机械合金化的机理及其在稀土永磁材料中的应用。
补充资料：机械合金化高温合金管材和方型材
机械合金化高温合金管材和方型材
机械舍金化高温合金管材和方型材
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