1) in-situ crystallization
原位结晶
1.
The non-in-situ crystallization occurring in in-situ crystallization process ofkaolin microspheres has been characterized by XRD, SEM, etc.
以XRD、SEM等方法表征了高岭土微球原位合成NaY过程中产生的非原位结晶,研究了非原位结晶的形成与晶化体系化学组成、晶种、搅拌速度等对非原位结晶的影响,提出了控制非原位晶化反应的可能方法。
2.
Because the composite ceramics were obtained through SHS in-situ crystallization and symbiotic .
由于该复相陶瓷是通过SHS原位结晶及在大过冷条件下熔体发生共生共晶反应生成的,所以在本实验条件下只有亚共晶成分的复相陶瓷才易获得ZrO_2相纤维直径在纳米/微米级尺度上的1-3复合的Al_2O_3-ZrO_2纳米/微米晶内型复相陶瓷。
3.
The in-situ crystallization process of terephthalate-pillared Ni-Al-LDHs on γ-Al2O3 is accompanied by ex-situ crystallization reaction.
在-γAl2O3表面原位合成对苯二甲酸柱撑Ni-Al-LDHs/-γAl2O3的过程中伴随着非原位结晶反应。
2) in situ recrystallization
原位再结晶
1.
There are in situ recrystallization and discontinuous recrystallization at annealing temperature.
结果表明,Cr可以有效地阻碍再结晶过程,提高材料抗高温软化性能;在退火过程中可发生原位再结晶和不连续再结晶两种再结晶形式,再结晶的形式主要取决于析出相颗粒的大小,可以钉扎住晶界移动的Cr析出相的临界尺寸约为43。
2.
5% yield by using hydroboration-in situ recrystallization procedure as shown in Scheme 2.
6％e e)(-)-α-蒎烯通过硼氢化-原位再结晶,制备高光学纯(97。
3) in-situ crystallization technique
原位结晶法
1.
Because it provides a convenient means to control the shape ,size and distribution of reinforcements in MMCs,in-situ crystallization technique has been studied widely and thoroghly.
原位结晶法制备的自生颗粒增强金属基复合材料因其增强体尺寸、形态与分布方式便于人工控制的特点而备受重视。
4) ex-situ crystallization
非原位结晶
1.
The in-situ crystallization process of terephthalate-pillared Ni-Al-LDHs on γ-Al2O3 is accompanied by ex-situ crystallization reaction.
在-γAl2O3表面原位合成对苯二甲酸柱撑Ni-Al-LDHs/-γAl2O3的过程中伴随着非原位结晶反应。
5) in-situ crystallization
原位晶化
1.
The pore structure and the process of in-situ crystallization of zeolite Y prepared from kaolin are investigated by N_2 static adsorption and IR spectrum method.
采用N2静态吸附法和IR光谱法研究了高岭土原位晶化合成Y型沸石过程中的孔结构和沸石的形成过程。
2.
Properties of Shanxi Jinyang kaolin and FCC catalyst prepared via its in-situ crystallization were studied.
结果表明,山西金洋土在原位晶化体系中具有适度活性硅和较快活性铝的碱溶速率,有良好的晶化性能和裂化性能。
3.
Kaolin in-situ crystallization catalyst prepared via an in-situ crystallization method was modified by vanadium.
具体工作如下:应用原位晶化技术合成了高岭土型催化剂,选择金属元素钒作为功能组分对高岭土型催化剂进行改性,然后对改性前后的高岭土型催化剂进行X-射线衍射和比表面分析。
6) in situ crystallization
原位晶化
1.
The properties of Hancheng kaoline and the FCC catalyst from its in situ crystallization were studied in the laboratory.
在实验室进行了韩城高岭土的性质及其原位晶化所制FCC催化剂的研究。
补充资料：二次再结晶(见再结晶晶粒长大)
二次再结晶(见再结晶晶粒长大)
secondary recrystallization
erCI 201」le」Ing二次再结晶(seeondary reerystallization) 见再结晶晶杠长大。
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