1.
Geochemical characteristics of the insoluble microparticles in Purog Kangri ice core:Implications on climate and environment change
普若岗日冰芯中不溶微粒元素地球化学特征对气候环境的指示意义
2.
Hazard of Insoluble Particles of Clinical Transfusion and Its Prophylaxis
临床输液不溶性微粒危害及其预防
3.
Starch granules are relatively dense and insoluble and hydrate only slightly in coldwater.
淀粉颗粒相当致密、不溶,在冷水中仅微量水合。
4.
Pollution Analysis of Insoluble Fine Particle in Intravenous Injection Liquids
静脉推注药液不溶性微粒污染的实验分析
5.
RESULTS: The particulate matter increased obviously.
结果：配伍溶液中不溶性微粒数量明显增多，应引起重视。
6.
Study of Effect of Medicinal Chlorinated Butyl Rubber Stoppers on Insoluble Micro-Particles in Injections with Different pH Values
药用氯化丁基橡胶塞对不同pH注射剂不溶性微粒的影响
7.
The change of insoluble particle before and after qingkailing injection compatibility with four kinds of antibiotics
清开灵注射液与4种抗生素配伍前后不溶性微粒的变化
8.
Statistical analysis of the particulate matter contamination characteristics of small-volume injections
小容量注射剂不溶性微粒污染特征的统计学分析
9.
OBJECTIVE: To study the change in particulate matter of several common Chinese medicinal herbal injections mixed with transfusion.
几种常用中草药针剂与输液配伍，溶液中不溶性微粒数量变化的观察。
10.
This is because the miniscule particles are expected to penetrate only the very top layer of the aerogel plates, to a depth of no more than100 microns.
这是因为预计这些微小的颗粒只能穿透气溶胶顶部不超过100微米的深度。
11.
Investigation on Sizing of Particle Potpourri and Determining Refractive Index of Solution;
微粒群的粒度和溶液的折射率测量的研究
12.
An electric potential exists between the surface of the particle and the bulk of the solution.
微粒表面和整体溶液之间存在电势。
13.
Preparing Drug Micro-particles by Supercritical Anti-solvent Process;
超临界反溶剂过程制备药物超细微粒
14.
Preparation of Nanometer Tin Dioxide Particles by Sol-gel;
溶胶-凝胶法制备SnO_2纳米微粒
15.
Fundamentals and Mechanisms of Micronization with Supercritical Anti-solvent Process(SAS)
超临界抗溶剂法制备微粒的机理研究
16.
Leaching Rules of Micro and Nano Particles from Eucalyptus urophydis Wood
尾巨桉微/纳米粒子溶出规律的研究
17.
Otinulation of osteolytic cytokine expression by micrometer-diameter wear particles
微米级磨损微粒刺激溶骨性细胞因子表达
18.
Microscopically visible particles differ in colour, texture, uniformity and in water solubility and absorption
显微镜见到的粒子，在颜色、组织结构、均匀性以及对水的溶解和吸附性方面都各不相同。