Above 1 years'working Experience. 1 years experience in granulation.

The changes of granulation deserve particular attention.

对米粒的这些变化必须予以特别的注意.

Methods: The processing technology made of wet granulation.

方法采用湿法制粒的制备工艺.

The Company is self-employed, main high-pressure granulation!

本公司为个体经营, 主营高压造粒!

The influence of organic strengthener addition was studied on the granulation of sinter mixture at Pangang.

研究了添加有机强化剂对攀钢烧结混合料制粒的影响.

Set centrifugal coating, the coating fluid, spray-drying granulation in one multi-function devices.

集离心包衣 、 流化包衣 、 喷雾干燥制粒于一体的多功能设备.

The influence factors and problems to be resolved of fluidized bed granulation are discussed.

讨论了流化床制粒的影响因素和生产中易出现的问题.

Methods: We cut off granulation tissue and a part of nail stroma.

方法: 切除嵌甲、炎性肉芽组织及部分患趾甲基质,同时重建甲沟.

The paper surveyed method, mechanism and model of granulation technology nowadays.

本文综述了现代造粒技术的方法 、 机理和模型.

To familiar with the structure and result of granulation tissue.

熟悉肉芽组织的结构及转归.

Methods: The tablets were prepared with the method of wet granulation.

方法采用湿法制粒的工艺.

Objective : To observe the clinical effect of Shanwei Granule Series on prophase stomach carcinoma.

目的: 观察善胃系列冲剂治疗胃癌前期病变的临床疗效.

Objective To study the mechanism of Anxin granule on prevention and treatment of heart failure ( HF ).

目的探讨安心颗粒防治心力衰竭的作用机制.

Its presentational feature is development of structure and enrichment of granule xenomorphic sulfides.

其表象特征为构造发育,细粒他形硫化物富集.

And the suggestions and plans of washing soda crystallization granule size increase were put forward.

提出了促进十水碳酸钠结晶粒度增大的建议和方案.

To evaluate the acute and chronic toxicity of ganshu granule.

考察肝疏冲剂的急性毒性和长期毒性,评价其用药的安全性.

MethodThe treatment group 40 cases take orally the Granule, the control loperamide.

治疗组40例口服舒肝健脾颗粒, 对照组40例口服洛哌丁胺.

Suitable for drying all kinds of granules as, granule , block of raw mater ials.

适合各种颗粒状, 块状物料的干燥.

Results: Tongfuning Granule can remove significantly the intestines spasm.

结果: 通腑宁颗粒有显著的解除肠管痉挛的作用.

The corps material is pressed to form granule figure.

该颗粒料是以农作物秸秆为原料压制而成.

ObjectiveTo explore the mechanism of Er zhi Tiangui Granule ( ETG ) in improving the quality of oocyte.

目的探讨二至天 癸 颗粒提高卵细胞质量的机理.