1.
Bioconcentration and Elimination of Nitrobenzene by Aquatic Organisms(Algaes、Limnodilus sp.、Crucian Carps);
水生生物（藻、水丝蚓、鱼）对硝基苯的富集与释放研究
2.
Distribution and enrichment of heavy metal elements in inhalable particalate(PM_(10))caused by coal combustion
燃煤排放可吸入颗粒物(PM_(10))中重金属元素分布与富集特征
3.
Specifies if a FormSet is released when the last Form in the FormSet is released.
指定释放窗体集中最后一个窗体后，是否释放窗体集。
4.
Stability of rh-endostatin and fabrication/release test of rh-endostatin loaded PLGA microspheres
重组人血管内皮抑制素的聚集稳定性及其PLGA缓释微球的制备与体外释放
5.
Study on Soil Nutrient Status and Nutrient Release during the Litter Decomposition in Fuji Apple Orchard at Early Summer in Weibei Highland;
渭北旱塬红富士苹果园初夏土壤养分状况及落叶分解与养分释放研究
6.
carbon emissions from rich countries; the activities of the big multi-national companies;
富有的国家释放大量的碳，大跨国公司到处活动，
7.
Research of Endogenesis Release of Nitrogen and Phosphorous and Eutrophication in the Daihai Lake;
岱海内源氮磷的释放特性及富营养化研究
8.
Could not generate asynchronous keyset. The cursor has been deallocated.
未能生成异步键集。游标已释放。
9.
Objective To prepare Emedastine Difumarate Sustained-release Tablets(EDST),and develop a method for the determination of drug release rate.
目的制备富马酸依美斯汀缓释片,并建立其释放度测定方法。
10.
In fact, this process of accretion is more efficient at releasing energy than even nuclear processes.
事实上，这种聚集过程的能量释放比原子能释放过程更加有效。
11.
On the Relation Between“Individualism”and “Collective”in“New Collectivism”;
“新集体主义”对“个人”与“集体”关系的诠释
12.
Study on Micron Particle Enrichment of Arsenic and Control During Coal Combustion;
燃煤细粒子富集痕量元素砷及其排放控制研究
13.
The Mechanisms of Growth and Elemental Enrichment of Co-rich Crusts from Pacific Seamounts;
太平洋富钴结壳的生长与元素富集机理
14.
EFFECTS OF BERBERINE ON PLATELET AGGREGATION AND RELEASE
黄连素对血小板聚集和释放的抑制作用
15.
(2) guarantee freedom of speech, assembly and association, and release all political prisoners;
（二）保障言论、集会、结社之自由，释放一切政治犯；
16.
The Effects of Mangiferin on Human Platelet Aggregation and Secretion of CD62P;
芒果甙对人血小板聚集和释放CD62P的影响
17.
Releasing Stress by Sand Well Pipes during Construction of Congested Pile Foundation
在密集桩基施工中应用砂井插管释放应力
18.
Conclusion Ultraviolet spectrophotography was applicable for the assay of the release rate of EDST.
结论紫外分光光度法可用于富马酸依美斯汀释放度的测定。