1) pseudo elements
假元
1.
It primarily resolves low efficiency issue of judging and removing pseudo elements and decision-making.
本文针对基于边界表示方法的二维视图重建三维实体重建过程中存在的效率问题展开研究,主要解决了假元判定与删除算法和决策求解算法的低效率问题。
2) ternary pseudobinary mixture
假二元系
1.
Excess molar volumes for ternary pseudobinary mixtures of [(C_6H_6+c-C_6H_(12) or c-CH_3C_6H_(11))+(CH_2﹦CHCN+c-C_6H_(12) or c-CH_3C_6H_(11))] have been obtained from the densities measured by means of an Anton Paar model DMA 60/602 vibrating tube densitometer at the temperature 298.
15 K时 ,用 Anton Paar DMA (6 0 / 6 0 2 )振动管密度计测定了 x [(1- y) C6H6+ y(c- C6H12 或 c- CH3 C6H11) ]+ (1- x ) [(1- y ) CH2 CHCN + y (c- C6H12 或 c- CH3 C6H11) ]假二元系在全浓度范围内的过量摩尔体积 ,探讨了不同种类及不同浓度第 3组分的加入对二元混合溶液过量体积的影
3) dummy element
假元件
4) pseudo-multi-element method
假多元系
5) pseudo-ternary phase diagrams
假三元相图
6) pseudo-ternary phase diagram
假三元相图
1.
Methods The oils,emulsifiers and co-emulsifiers from adjuncts for injection were screened,the pseudo-ternary phase diagram of blank self-microemulsifying drug delivery system was drawn and particle size was analyzed to determine the optimum formulation.
方法在注射级辅料中筛选油相、乳化剂和助乳化剂,根据空白假三元相图和粒径分析进一步优化处方。
2.
The pseudo-ternary phase diagrams were obtained by the titration method.
方法选用丁酸乙酯、油酸乙酯和豆油作为油相 ,Tween 80、Tween 2 0和Labrasol作为表面活性剂 ,乙醇、1,2 -丙二醇和正丁醇为助表面活性剂 ,通过滴加法绘制假三元相图 ,以O/W型微乳区大小为指标考察各因素对微乳形成的影响。
3.
Methods The emulsifiers,oils and co-emulsifiers were screened,and the pseudo-ternary phase diagram of blank solid self-microemulsifying drug delivery system was used to optimize the formulation based on the melting point of the drug delivery system.
方法筛选混合表面活性剂、油相和助表面活性剂,在37℃条件下绘制空白假三元相图,并通过自微乳化发生的熔点确定最佳处方;考察了温度、转速、介质体积和分散介质对自乳化性能的影响;考察其粒径、zeta电位、表面张力和溶出度。
补充资料：假天假地
1.指明瓦天窗与室中所架的阁板。
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