1) granulating technology
造粒技术
1.
The results show that granulating technology give an effect of reducing heat fade.
本文研究了颗粒料与母体配方混合后,对衰退率和磨损率的影响规律,通过配比试样在JF1501型定速式摩擦试验机上进行的摩擦磨损试验表明,应用造粒技术对摩擦材料在工作过程中减少热衰退具有一定的作用,并通过正交试验分析了不同粒径、不同配比对试样的磨损率和衰退率影响效应。
2.
Granulating technology is a main method for processing and treatingpowdered materials including micro-fibers.
归纳了粉体造粒技术国内外发展概况,叙述了各种造粒方法的实现过程和应用领域。
2) new pelleting technology
造粒新技术
1.
The new pelleting technology for ihermosetting plastics including the characteristics and processing of spraying pelletization is introduced, and the property of its product is compared with that of the product from the screening and extrusion pelletization.
介绍了热固性塑料造粒新技术——喷雾造粒的特点、工艺,对喷雾造粒产品与筛选造粒、挤出造粒产品的颗粒、性能进行了对比。
3) Powder Granulation Technology
粉体造粒技术
4) spherical crystallization technique
球晶造粒技术
1.
Preparation of enteric microsphere of oleanolic acid dih emiphthalate sodium by salting-out action using spherical crystallization technique;
利用球晶造粒技术盐析方法制备齐酞酸钠肠溶微球(英文)
2.
Methods The sustained release nitrendipine microspheres with a solid dispersed structure was prepared in liquid system by combining spherical crystallization technique and solvent deposition method in one step.
方法 采用球晶造粒技术与溶剂沉积法相结合的方法 ,以滑石粉为固体分散体载体 ,EudragitRSPO为阻滞剂 ,在液相中一步制备尼群地平的固体分散体微球 。
补充资料：造实
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