enriched compound

Finally, the couple analysis of interfacial compound and micro flow, velocity field is conducted, the interfacial compound growth behavior under arc brazing are then enriched.

最后对液滴内部的显微流场、速度场和界面组织进行了耦合分析，表明电弧钎焊过程中的强大流场对界面须状金属间化合物的破碎和迁移有利，充实了电弧钎焊界面化合物生长过程研究。

Conclusion: Chromium-enriched compound acidophilous milk can obviously amendment glycometabolism of diabetic rats.

结论：富铬复合营养酸奶可明显改善糖尿病大鼠的糖代谢。

Development of Chromium-enriched Compound Acidophilous Milk Powder and Efficacy on Glycometabolism in Diabetic Rats

富铬复合营养酸奶奶粉的研制及其对糖尿病大鼠糖代谢的影响

Preparation of yogurt powder and study on its restoration Development of Chromium-enriched Compound Acidophilous Milk Powder and Efficacy on Glycometabolism in Diabetic Rats

酸奶粉的制备和复性条件的优化研究富铬复合营养酸奶奶粉的研制及其对糖尿病大鼠糖代谢的影响