1) emulsifying parameters
乳化工艺参数
1.
Influences of emulsifying parameters of the second emulsifying procedure during the preparation of multiple emulsions(MEs) by two-step emulsifying method were investigated with respect to multiple emulsions stability and insulin encapsulation efficiency(IEE).
研究了用两步乳化法制备W/O/W型复乳时,第二步乳化的乳化工艺参数对复乳的稳定性和药物包埋率的影响规律。
2.
The influences of emulsifying parameters of the first-step emulsifying procedure on the stability and insulin encapsulation efficiency (IEE) of the multiple emulsions (MEs) prepared by two-step emulsifying method were studied.
研究了用两步乳化法制备W/O/W型复合乳状液的过程中,初乳制备时的乳化工艺参数(分散速度和分散时间)对复乳的稳定性和药物包埋率的影响规律。
2) process parameter optimization
工艺参数优化
1.
Process Parameter Optimization of Injection Molding Based on Neural Network;
基于神经网络注塑成型工艺参数优化
2.
Under the conditions of market demand,the resources deployment,productivity and so on,the process parameter optimization of coal preparation production is to choose the appropriate separation density and separation ash to obtain the maximum economic profit.
选煤生产过程工艺参数优化就是指在市场需求、资源配置,生产能力等条件下,选择最合适的分选密度和分选灰分,获得最大经济效益。
3) saccharificaion technology parameters
糖化工艺参数
1.
Influence of saccharificaion technology parameters on the content of alcohol during beer brewing using extruded rice;
膨化大米辅料酿造啤酒中糖化工艺参数对啤酒酒精含量的影响
2.
The Influence of saccharificaion technology parameters on the content of α-amino nitrogen of wort using extruded rice as adjunct;
糖化工艺参数对膨化大米辅料麦汁α-氨基氮含量的影响
3.
It was investigated for the principle that the getting ratio of wort affected by saccharificaion technology parameters.
在100 L规模上,通过五因素五水平二次旋转正交组合试验设计,探讨了膨化大米辅料酿造啤酒的外加酶糖化工艺参数对麦汁收得率的影响规律。
5) optimization of technology parameters
优化工艺参数
6) process parameters optimization
工艺参数优化
1.
Application of artificial neural network in prediction of properties and process parameters optimization of hot roll products;
试验结果表明,产品性能神经网络模型与工艺参数优化神经网络模型十分可靠,为解决热轧产品性能预报与工艺优化设计问题提供科学的途径。
2.
Polyester process parameters optimization under high load condition;
介绍原 2 0万t/a装置增容到 2 4万t/a时的工艺参数优化。
补充资料：高剪切乳化分散机的工艺特点
高剪切分散乳化是将一个相或多个相分布到另一个连续相中，而在通常情况下，这两个相是互不相溶的。
由于转定子相对的高速旋转和转定子高频机械效应带来的强劲动能使不同性质的物料在转定子狭窄的间隙中瞬时承受几十万次的液力剪切、液层摩擦、撕裂碰撞和喘流离心挤压等综合作用，使物料确保充分分散乳化、均质、溶液，从而使不相溶的固相、液相、气相瞬间高度分散和细化。
与此同时，相边界与表面张力呈指数关系，所以使终端分散相长期地保持稳定
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