1.
Operation Summarizing for the Plant 100kt/a Sodium Sulfate in the Huaian Sodium Sulfate Co.Ltd;
淮安元明粉有限公司年产10万吨元明粉装置生产总结
2.
Current situation and technology progress of sodium sulphate production;
元明粉行业生产现状及技术进步情况
3.
Research on sodium polyacrylate in clarification of crude sodium sulfate solution
聚丙烯酸钠澄清元明粉粗硝液的研究
4.
Assessment of the Impact on Environment for the Project of 100,000 tpa Glauber s Salt and the Measures for Protection;
10万吨/年元明粉项目环境影响评价及措施
5.
Study on process for preparation of magnesium sulfate monohydrate by mother liquid of sodium sulfate
元明粉母液生产一水硫酸镁的工艺研究
6.
Application of the Co-production Technolgy of Salt and Glauber′s Salt in the Production of Anhydrous Sodium Sulfate
硝盐联产技术在元明粉生产过程中的应用
7.
sodium sulphate [decahydrate]
【化】硫酸钠，芒硝，俗称元明粉，用于配合高温应用的颜影药亦称Glauber's salt
8.
To retain the early strength and avoid carbonization,1.0%-1.5% of alkaline agent can be added.
④可添加1.0%-1.5%碱性激发剂元明粉以提高其早期强度和抗碳化性能;
9.
The result shows that there- exist Fe, Me, AI, Cinc, Ca and Cu elements in Gomuti palm powder.
结果表明:桄榔粉中含有铁、镁、铝、锌、钙、铜等多种金属元素成分。
10.
The wall-broken spore powder of Ganoderma lucidum and its extractive are cancer prevention and other medicine＆#118 alues.
多元明中的破壁灵芝孢子粉以及灵芝提取物都具有抗癌延缓生命衰老之药用价值。
11.
Ming Dynasty (1368-1644)
明朝(公元1368—1644年)。
12.
Determination of Macro-elements and Trace Elements in Pollens of Cinnamomum camphora
樟树花粉中常量元素和痕量元素测定
13.
Perface of the Second Edition on Strange Tales of Number One Scholar in Ming Dynasty And the Tree of Number One Scholar in Ming Dynasty;
《明代状元奇谈·明代状元谱》再版序
14.
At the far right is pink hyaline material with the appearance of amyloid.
最右边呈现粉红色透明样，为淀粉样变性。
15.
The results indicated that starch degradation was the result of synergism of amylase and starch phosphorylase.
结果表明:淀粉的降解是淀粉酶和淀粉磷酸化酶综合作用的结果。
16.
Studies on the Method of Determining Diosgenin Content in Dioscorea collettii
粉萆?中皂甙元含量测定方法的研究
17.
Study on by-Product Starch of Extracting Dioscingenin from Dioscorea Zingibernisis
盾叶薯蓣提取皂甙元副产淀粉的研究
18.
Study on Preparation of Ultrafine Nickel Powders Using Polyol Reduction Method;
多元醇还原法制备超细镍粉工艺研究