1) orthogonal design
正交设计
1.
Synthesis of n-uutyl gallate by using orthogonal design method:A technological study;
应用正交设计法探讨没食子酸正丁酯的最佳合成工艺
2.
Investigation of PVDF/PVC/PMMA blend hollow fiber membrane by orthogonal design;
用正交设计研究PVDF/PVC/PMMA共混中空纤维膜
3.
Application of Orthogonal Design in the Concrete Proportion Design;
正交设计在混凝土配合比设计中的应用
2) orthogonal test
正交设计
1.
Optimum extraction of polysaccharide from cordyceps sinensis established by orthogonal test;
正交设计优化冬虫夏草多糖的提取工艺
2.
Optimum Extraction of Polysaccharides from Inonotus Obliquus by Orthogonal Test;
正交设计优化桦褐孔菌多糖的水提取工艺
3.
OBJECTIVE To investigate the optimum techniques for preparation of diammonium glycyrrhizinate injection by orthogonal test.
目的用正交设计方法优选甘草酸二铵注射液的制备工艺。
3) Orthogonal experimental design
正交设计
1.
Optimization of the synthesis of econazole nitrate by orthogonal experimental design;
正交设计法优化硝酸益康唑的合成工艺
2.
Studies on using spray drying technique in preparing Ophiopogon Japonicus saponin enteric microsphere by orthogonal experimental design;
正交设计喷雾干燥工艺制备麦冬皂苷肠溶微球
3.
Optimization of the synthesis of the key intermediate of fluconazole by the orthogonal experimental design;
正交设计法优化氟康唑关键中间体的合成工艺
4) orthogonal experiment
正交设计
1.
Numerical simulation method for rock natural stress field of a valley and its application based on orthogonal experiments;
基于正交设计的河谷地应力场数值模拟方法及应用
2.
Based on the result of single-factor selecting experiment,the formulations and the preparation methods were evaluated by orthogonal experiment method.
通过单因素考察实验,寻求影响微球表观形态及释放的主要因素,以正交设计法优化微球制备工艺。
3.
Methods:By comparing with different methods,definiting the best abstraction and exquisite craftwork of Sarcandrae is baised from orthogonal experiment.
方法:采用正交设计法,以出膏率、异嗪皮啶和总黄酮的提取量为指标优选精制工艺。
5) orthogonal design method
正交设计
1.
Study on extration process of whole alkaloid of Moghania philippinensis(Merr. et Rolfe)Li by orthogonal design method;
正交设计法优选千斤拔总生物碱的提取工艺
2.
Using orthogonal design method,adopting L9 34 table,to research the synthesis of N-acetyl-L-leucine,for improving the productive rate.
采用正交设计法,选择L9(34)表,研究N-乙酰-L-亮氨酸的合成,提高反应得率。
3.
Methods According to the factors that affect the stability of emulsion, orthogonal design method was used, glyceryl monostearate and emulsify temperature were selected by variable factors, orthogonal design method was used for experiment.
方法针对影响乳剂稳定性的因素,用正交设计法,以单硬脂酸甘油脂、三乙醇胺为可变因素,选用L4(23)表进行实验。
6) orthogonal design method
正交设计法
1.
Application of Orthogonal Design Method in Software Testing
正交设计法在软件测试中的应用
2.
The reaction paraments were optimized by orthogonal design method.
以超声波、相转移催化法合成了扁桃酸,同时采用正交设计法确定了反应优惠条件:以TBAB作相转移催化剂、原料配比n(苯甲醛):n(氯仿)=1:2。
3.
Objective To screen the factors of the synthesis for edaravone through orthogonal design method.
目的利用正交设计法筛选依达拉奉合成产率高的原料配比和反应条件。
补充资料：正交设计
正交设计
orthogonal design
参数t为3沪为2、3及4，列数q-及40。l一:，(3，’)正交表如下: 表4L:7(3‘3)长流超.州1:3;56:分别为4、138 9 10111213222 222 2 223333333 332 222223332 2 2 222333八J 1.1邝乙﹄j一jIJ咭.1八乙八j心白2 2 232 223 333 3 3 2 223 3 323 333 3 332 22┌──┬──────────────┐│列号│1 2 3 4 5 6 7 8 9 10111屯13 │├──┼──────────────┤│7 │(7)lazl’l几;;lz0 ││8 │ (8)110;:{; ││9 │ 、，》;;:: ││10 │ ‘，。，:;{ ││l1 │ ‘，‘，八在 ││12 │ ‘，，，人 │└──┴──────────────┘232 3 1 23232 3 1 2 3 1 23 L27(3‘3)为主效应不与交互作用效应混杂表只有两种表头设计(表6)。
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