1) alkali isomerization
碱法异构化
2) alkaline method
碱法
1.
The alkaline method was used to extract millet protein, and its appropriate extracting conditions were alkaline c.
本文研究小米营养蛋白粉的制备技术,采用碱法提取小米蛋白,提取的适合条件为:提取碱液浓度为0。
2.
Furthermore,problems in alkaline method of desulfuration by wet process are introduced.
介绍了湿法脱硫中碱法存在的问题,指出了胺法脱硫的有利因素。
3) alkalizing way
碱法
1.
Study on corn germ protein extraction in the alkalizing way;
碱法提取玉米胚蛋白工艺的研究
2.
In the paper,taking on the raw material of wheat bran,carrying on the method of alkalizing way.
以小麦麸皮为原料,采用碱法制备阿魏酸,通过单因素与正交试验确定出制备阿魏酸的最佳工艺参数组合是:碱液质量分数为1%,温度为80℃,提取时间为2h。
4) alkali method
碱法
1.
The technology for extracting the alkali-insoluble β-glucans from yeast by alkali method was studied.
采用碱法浸提工艺从破壁酵母中提取碱不溶性β-葡聚糖,通过正交实验得出其最佳提取条件为:碱处理温度75℃,碱处理时间15min,碱液浓度0。
2.
Application of acid method and alkali method in this article, we research the collection of copper and bismuth in lead antimony compound refined mine.
本文对铅锑混合精矿分别采用酸法和碱法进行铜、铋分离开路研究 ,研究表明采用碱法能使锑的直收率达到 85 %以
5) alkaline
碱法
1.
Over 80% of the protein contained in rice kernels is a kind of alkali soluble glutelin, the highly purified product of which can be prepared by means of the alkaline extraction-acid precipitation method.
本实验研究得到碱法分离大米蛋白质的最佳工艺条件为:碱液质量分数为0。
6) alkali
碱法
1.
Studies on the processing technology of rice protein con-centrate extracted by alkali.;
碱法提取浓缩大米蛋白工艺条件的研究
2.
Development Strategy and Counter Measure of Alkali Straw Pulp;
碱法草浆发展战略及其对策
3.
The cationic modification,alkali modification,the combination of them and their effects on dye-uptake,color strength and color indices of ramie are discussed in this paper.
初步探讨了阳离子改性、碱法改性及碱法阳离子联合改性及其工艺参数对苎麻纤维上染率、色强度、颜色指标的影响。
参考词条
补充资料:顺-反式异构体(cistrans isomer),1,2,4异构体
分子式:
CAS号:
性质:又称顺-反式异构体(cistrans isomer),1,2,4异构体或1,2,6异构体(1,2,4 isomer;1,2,6 isomer)。八面体配位化合物中,六个配体分别为3个A(如图中Cl:A1,A2,A3)和3个B(如图中Py:B1,B2,B3)(图暂缺)。当三个相同的配体中的两个(如A1与A3或B1与B3)互为反式,第三个(如A2或B2)与这两个A1与A3或B1与B3)均为顺式,这样的排布的异构体即为经式异构体。
CAS号:
性质:又称顺-反式异构体(cistrans isomer),1,2,4异构体或1,2,6异构体(1,2,4 isomer;1,2,6 isomer)。八面体配位化合物中,六个配体分别为3个A(如图中Cl:A1,A2,A3)和3个B(如图中Py:B1,B2,B3)(图暂缺)。当三个相同的配体中的两个(如A1与A3或B1与B3)互为反式,第三个(如A2或B2)与这两个A1与A3或B1与B3)均为顺式,这样的排布的异构体即为经式异构体。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。