1.
Hydroformylation of High Olefin--Influence of Electronic and Steric Effects of Phosphine Ligand;
长链烯烃氢甲酰化反应研究——膦配体的电子效应和空间效应影响
2.
Syntheses and Characterizations of Ru-phosphine-diamine Complexes and Applications in Catalytic Hydrogenations of Carbonyl Compounds;
钌膦二胺配合物中膦配体的电子效应对羰基催化加氢的影响研究
3.
Di-electrophoresis assembly and fabrication of SWCNT field-effect transistor
SWCNT场效应晶体管的介电泳装配与制造
4.
Steric and Electronic Effect of Substituents Attached to Nitrogen Atoms of Bis(phosphine)amine Ligand on Catalyst System for Ethylene Tetramerazation
双膦胺配体氮原子上取代基的空间和电子效应对于乙烯四聚催化体系的影响
5.
Host Effects of Nano-crystalline Zeolite in the Macromolecular Metal-Complexes;
大分子金属配合物体系中纳米沸石的主体效应
6.
The Charging-discharging Effect of Space Plasma on the Electronic Equipments
空间等离子体环境对电子设备的充放电效应
7.
Effect of Segregation Distortion Causing by Male Gametic Selection
雄配子体选择在遗传偏分离中的效应分析
8.
superconductive single-electron tunnelling effect
超导体的单电子隧道效应
9.
A Study on the Electron Transfer of Dipeptide and Solvent Effect;
二肽体系电子转移及溶剂效应的研究
10.
Molecular Dynamics Simulations of the Radiation Effects in BaTiO_3 Ferroelectrics
BaTiO_3铁电体辐射效应的分子动力学模拟
11.
Study of the Reaction of Ytterbium Amides with Donor Ligands;
含胺基稀土镱络合物和给电子配体的反应研究
12.
Establishment and application of indexes of logistics distribution system performance evaluation under the e-commerce environment;
电子商务物流配送体系考核指标的建立与应用
13.
Synthesis, Electrochemistry and Protonation of Phosphine Substituted [2Fe2S] Complexes;
膦配体取代[2Fe2S]配合物的合成、电化学与质子化反应
14.
Molecules or ions which act as ligands should therefore have lone pairs of electrons for donation.
作为配体的分子或离子应该有具有作给予用的孤电子对。
15.
THE ENHANCING EFFECT OF LIGANDS ON ATOMIC ABSORBANCE OF Cu FOR FLAME AAS ANALYSIS
火焰原子吸收中配位体对铜原子吸光度的增感效应
16.
Quantum Effect Devices : Electron waveguides, single electron transistors, etc.
26量子效应元件：电子波导，单电子电晶体等。
17.
Genetic Effect of Male Gametophytic Selection and its Application in Plant Genetic Improvement
雄配子体选择的遗传分化效应及其在植物改良中的应用
18.
Effects of Electron-Phonon Interaction and Hydrostatic Pressure on the Surface States in Nitride Semiconductors;
氮化物半导体电子—声子相互作用对表面电子态的影响及压力效应