1.
Ionic Remodeling and Its Molecular Mechanisms of Atrial Myocytes in Rabbit with Chronic Heart Failure and Effects of Irbesartan on Ionic Remodeling;
兔慢性心力衰竭心房肌细胞离子重构和分子机制及厄贝沙坦的干预
2.
Study on the Isolation and Reconstruction of Lipid Rafts with Atomic Force Microscopy;
脂筏结构拆离与重建的原子力显微镜研究
3.
Effects of Heavy Metal Ions on the Activity and Conformation of Superoxide Dismutase (SOD) from Porcine Blood
重金属离子对猪血SOD的活力与构象影响
4.
mos ion implantation
mos结构离子注入
5.
Influence of Heavy Metal Cobalt Ion on the Electron Transfer Activity and Structure of Thylakoid Membrane;
重金属钴离子对植物类囊体膜电子传递活性与结构的影响
6.
plasma electron beam remelting
等离子 电子束重熔
7.
HIPAC (Heavy Iron Plasma Accelerator)
重离子等子体加速器
8.
Study of Microstructure and Corrosion Resistance of Remelting and Restoring Plasma-sprayed Ni Coated WC Coatings;
重熔回复等离子喷涂Ni包WC涂层微观结构及耐蚀性研究
9.
Construction of the SSR Reaction System and Application Research in Maize Breeding with the Heavy Ion Irradiation
SSR反应体系的构建及其在玉米重离子辐照育种中的应用研究
10.
Construction,expression and activity detection of the recombinant plasmids of acid-sensing ion channels genes
酸敏感离子通道基因重组质粒的构建、表达及其活性测定
11.
COKING AND REGENERATED BEHAVIORS OF 5A MOLECULAR SIEVE IN SEPARATION OF REFORMATE RAFFINATE AND ITS MICROSTRUCTURE ANALYSIS
5A分子筛分离重整抽余油过程中结焦及再生行为和微结构分析
12.
Advances in understanding the role of transient receptor potential channel ion channels in vascular remodeling
规范瞬时受体电位离子通道对血管重构的作用机制及研究进展
13.
Separation of holmium and lutecium by ion exchange chromatography with HEDTA system
HEDTA离子交换色层法分离重稀土
14.
Removal of Heavy Metals from Wastewater by Ion Flotation with Plant-derived Biosurfactant Tea Saponin;
茶皂素离子浮选去除废水中重金属离子的研究
15.
Investigation of SOI Structure Formed by Separation of Water Plasma Ion Implantation;
水等离子体离子注入形成SOI结构材料的研究
16.
Structure and Properties of Modified Layers by Plasma Based Ion Implantation on Magnesium Alloy;
镁合金等离子体基离子注入层结构与性能研究
17.
Structures of the HX_2~+(X=Cl,Br) Ions and Analytic Potential Energy Function of the HBr_2~+ Ion
HX_2~+(X=Cl,Br)离子的结构与HBr_2~+离子的势能函数
18.
The chemical structures of alginate and chitosan were analyzed, and a comparative study was conducted of the absorbability, metal ion binding ability and antimicrobial property of alginate and chitosan fibers.
分析了海藻酸和甲壳胺的化学结构,对其吸附性能、合重金属离子的能力以及抗菌性能作了比较。