1) Oriented crystallization process

取向结晶过程
2) crystalline orientation

结晶取向
1.
The effects of different growth conditions on crystalline orientations and surf-ace morphology of MgO thin film are discussed.
阐述了各种方法在制备MgO薄膜方面的优点和不足,重点讨论了不同的生长条件对薄膜结晶取向、表面形貌等性质的影响。
2.
X-ray diffraction of these films revealed that the crystalline orientations of the CeO 2 films grown at low oxygen pressures were (111) orientation,while that grown at a relative high oxygen pressures possessed (100) orientation.
研究表明 ,CeO2 膜的取向对氧压显示了独特的依赖性 ,氧压对控制膜的结晶取向具有十分重要的作用。
3.
The effects of different growth conditions on crystalline orientations and surface morphology of MgO thin film arc discussed.
阐述了各种方法在制备MgO薄膜方面的优点和不足,讨论了不同的制备方法对MgO薄膜结晶取向、表面形貌等性质的影响。
3) Crystal Orientation

结晶取向
1.
Effect of crystal orientation of black plate on the corrosion resistance of tinplate was studied by measuring the crystal orientation of black plates and the ATC value of tinplates,and the mechanism was also discussed.
通过测试原板的结晶取向及原板经过相同的生产工艺得到的镀锡板的合金 锡电偶值 (ATC值 ) ,研究了原板结晶取向对镀锡板耐蚀性的影响 ,讨论了其影响机理。
2.
The effect of electroplating condition on corrosion resistance and crystal orientation of zinc plating was investigated by the means of salt spray test (SST) and X\|ray diffraction (XRD).
用实验室电镀模拟装置、X射线衍射(XRD)、盐雾试验(SST)研究了电镀工艺条件对电镀锌层耐蚀性和结晶取向的影响。
5) process-oriented

过程取向
1.
A process-oriented Approach to Translation Studies——with a Process-oriented Study of the Chinese versions of Gone With the Wind;
以过程为取向的翻译研究方法——兼对《飘》中译本的过程取向研究
6) crystallization
[英]['kristəlai'zeiʃən] [美][,krɪstḷɪ'zeʃən]

结晶过程
1.
Study on CaCO_3 crystallization in K_2SO_4 production by two-step conversion of gypsum;

石膏二步法制硫酸钾中CaCO_3结晶过程研究
2.
The Effect of Technological Conditions on Crystallization Process of Potassium Sulfate in Its Preparation through Phosphogypsum Conversion Method;
磷石膏转化制硫酸钾结晶过程影响因素的研究
补充资料:取向结晶
分子式:
CAS号:
性质:聚合物在定向外力作用下,可以使分子排列有序化,更容易由非晶态转变为晶态,这个过程称为取向结晶。如熔融纺丝时,总要进行牵扯伸,以提高纤维的强度,结果提高了结晶度,同时也提高了熔点。天然橡胶在常温下结晶需要几十年,而拉伸时只要几秒钟就能结晶。
CAS号:
性质:聚合物在定向外力作用下,可以使分子排列有序化,更容易由非晶态转变为晶态,这个过程称为取向结晶。如熔融纺丝时,总要进行牵扯伸,以提高纤维的强度,结果提高了结晶度,同时也提高了熔点。天然橡胶在常温下结晶需要几十年,而拉伸时只要几秒钟就能结晶。
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