1) sintering-crystallization
烧结析晶
1.
The processes of sintering-crystallization in the glass system SiO\-2-Al\-2O\-3-MgO-F have been investigated.
本文系统研究了玻璃粒度和成型压力对SiO2 -Al2 O3-MgO -F系玻璃烧结析晶过程的影响规律。
2) Recrystallization Sintering
重结晶烧结
3) coalescent and crystallization
烧结与晶化
1.
The relationship between coalescent and crystallization process needed by the application of floor tile was proposed and investigated.
利用DTA、XRD、SEM、高温显微镜等测试手段研究了CaO -MgO -Al2 O3-SiO2 系统微晶玻璃釉用熔块的晶化行为 ,计算了其晶体生长活化能 ,分析了热处理过程中烧结与晶化的关系 ,同时对该熔块制作高耐磨墙地砖釉的可能性进行了验
4) ploycrystalline Sintered compact
多晶烧结体
5) salting-out crystallization
盐析结晶
1.
In order to improve the crystallization rate of KNO_3,the new process for the production of KNO_3 by salting-out crystallization method is studied e.
为提高硝酸钾结晶率,研究了采用添加盐析剂的盐析结晶法制取硝酸钾新工艺,通过盐析剂的盐析作用,硝酸钾与氯化铵在溶液中的有效浓度提高,从而使更多硝酸钾与氯化铵结晶析出,盐析剂始终在母液中循环并发生盐析作用。
6) solvating-out crystallization
溶析结晶
1.
This technology coupled a fractional ultrafiltration separation system as well as two portions(is 30~100 ku,more than 100 ku),with the solvating-out crystallization,by which curdlan with the purities of 96.
为得到高纯度的凝胶多糖,采用分级膜(30 ku,100 ku)超滤同时耦合溶析结晶的方法——循环超滤-溶析结晶(CUSOC)法对凝胶多糖粗品进行了分级纯化,制备出了纯度分别达96。
2.
Simulate model of electrioultrafiltration solvating-out crystallization (EUSOC) was established by dimension analysis, and the control model of EUSOC was achieved based on regression of laboratory experiment data.
通过量纲分析建立电超滤—溶析结晶过程中膜通量变化的仿真模型,根据实验数据对模型的相应参数进行回归求解,获得该过程的控制模型。
补充资料：无晶界玻璃相的无压烧结Si_(3)N_(4)材料
无晶界玻璃相的无压烧结Si_(3)N_(4)材料
翼 无晶界玻璃相的无几烧结siN材料
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