1.
Discussion intravenous infusion microne contamination in two ways of disinfecting ampoule.
两种安瓿消毒的方法与输液微粒污染的探讨
2.
Conclusion: It's important to strengthen the precautionary measueres to keep our health.
结论加强微粒对输液液体污染的防范措施以维护人类健康势在必行。
3.
hydraulic fluid power-fluids-method for coding the level of contamination by solid particles
液压传动-流体-固体微粒污染分级编码法
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.
OBJECTIVE To assess the effect of avoiding air microorganism contamination of full-close collapsible plastic infusion system during intravenous infusion.
目的 了解全密闭软袋输液系统在静脉输液过程中避免空气微生物污染的效果。
6.
Effects of saliva contamination on microleakage beneath brackets with adhesive system
唾液污染对托槽粘接剂微渗漏的影响
7.
Control Technique of Corpuscle in Transfusion Dispensation
输液配药中微粒控制技术的研究进展
8.
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
9.
Particulate in Infusion Fluid Induce Mice Produce Inflammatory Reaction
静脉输液微粒引起小鼠产生炎症反应
10.
Influence of Particles in the Air to Transfusion Quality in Process of Infusion
环境空气微粒对输注过程输液质量的影响
11.
TO ANALYZE HOW SOLID GRAIN DOES HARM TO HYDRAULIC PRESSURE SYSTEM;
固体颗粒污染对液压系统的危害机理分析
12.
Both contribute to the amount of particle pollution in the air.
这都会增加空气中的微粒含量，对大气造成污染。
13.
Study on the Treatment of Micro-Polluted Raw Water by Using Immobilized Microbiological Pellets;
包埋固定化颗粒在微污染原水中的应用研究
14.
Study on the Status of Pollution Caused by Particulates(PM_(2.5)) in the Atmosphere-Taking Linyi City as an Example;
大气中微粒物(PM_(2.5))污染状况研究—以临沂市为例
15.
Study on the Relationship between Pollutants Attenuation and Microbial Activity in the Landfill Leachate Contaminated Sites;
垃圾渗滤液污染场地微生物活性与污染物迁移转化关系研究
16.
International Pollution Prevention Certificate for the Carrige of Noxious Liquid Substances in Bulk
国际防止散装运输有毒液体物质污染证书
17.
Possibility analysis of contamination caused by withdraw of intravenous infusion bottle-needle
静脉输液瓶端穿刺针后退操作污染可能性分析
18.
The Study on the Determination of Organic Pollutants in Water Environment by Liquid Phase Microextraction;
液相微萃取技术在监测水中有机污染物的研究