1) speed control crystallization
控速结晶
1.
On the basis of analyzing the nucleation and crystallization theory of carnallitite and KCl in the process of producing KCl,in addition,combining the producing actuality,we put forward a new theory of utilizing TDB crystallization technic to produce carnallitite and using speed control crystallization technic to produce quality KCl,and conduct the technical research.
通过对氯化钾生产过程中光卤石及氯化钾的成核、结晶理论进行分析探讨,并结合生产实际,提出了利用TDB结晶技术生产光卤石和利用控速结晶技术生产优质氯化钾的理论并进行了工艺研究。
2) speed-control hydrolysis crystallization method
控速水解结晶法
3) control of crystallization through multi-speed of agitator
多转速控制结晶过程
4) crystallization rate
结晶速率
1.
The results show that nonisotheramal crystallization results are successfully analyzed by Mo Zhishen theory,and the crystallization rate of mLLDPE is slo- wer than that of traditional LLDPE at the same relative crystallinity.
结果表明,采用莫志深法处理数据可得到较好的线性关系,且mLLDPE在相同的相对结晶度下的结晶速率低于LLDPE。
2.
A kind of PET/GF composite with good mechanical properties and rapid crystallization rate was prepared.
制备了结晶速率快、力学性能优异的玻纤增强聚对苯二甲酸乙二酯(PET/GF)。
3.
The crystallization rate and the relative crystallization degree of PP/Talc composites is higher than those of pure PP, which causes the change of growing way for crystal nucleus and is advantageous to the processing and properties for PP/Talc composites.
用差示扫描量热法(DSC)研究聚丙烯(PP)及PP/Talc复合材料的非等温结晶过程,加入滑石粉后,PP/Talc的结晶速率、结晶度得到明显提高。
5) rate of crystallization
结晶速率
1.
Based on the experimental results and theoretical calculation, the effects of nano silica on the crystallinity and rate of crystallization of PET were obtained.
以纳米氧化硅作PET填加剂 ,实验测定及理论计算得到不同填加量对PET的结晶度及结晶速率的影响 ,表明纳米氧化硅的适宜填加量为 1 6 4 %。
6) Crystallization rate
结晶速度
1.
The results showed that the crystallization rate of the copolymer could be raised by the addition of the cross-li.
结果表明:交联剂可提高共聚物的结晶速度,不明显影响纤维的结晶规整性;扩链剂则降低共聚物的结晶性能,影响纤维结晶结构的规整性,并且其限制链段运动的作用在拉伸时表现得更明显。
2.
The crystallization rate constant, k, and Avrami index, n, were obtained.
结果表明 ,锑系催化剂所得聚酯的结晶速度总体大于钛系催化剂所得聚酯 ,其中以Sb2 O3催化所得聚酯结晶速度最快 ,而Ti(OC4 H9) 4催化所得聚酯结晶速度最慢。
3.
It was shown in experimental results that the crystallization rates increase with the increase of the polyester content and the molecular weight of polyether.
结果发现，结晶速度Ｋ 随聚酯含量增加而增大，随聚醚分子量的增大而增大，交联剂使结晶速度Ｋ 减少。
补充资料：速控步
分子式：
分子量：
CAS号：
性质：见速度控制步骤。
分子量：
CAS号：
性质：见速度控制步骤。
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