All the tetraderadentate ligands were found to be effective with copper, which forms planar four - coordination complexes.
所有四价配位体对铜都有钝化效果,能与铜形成平面的四价配位络合物.
Specific evidence for coordination complexes between pesticides and clay minerals is quite limited.
关于农药和粘土矿物之间的配位络合的明确证据是十分有限的.
These reactions involve electrondonation from the inconing ligand to the empty d - orbitals of the molybdenum.
这些反映包括进入的配位体对铝的d空轨的电子给予作用.
The number of ligands attached to the central ion is called the coordination number.
同中心离子连接的配位体,数目称为配位数.
These reactions involve electrondonation from the incoming ligand to the empty d - orbitals of the molybdenum.
这些反映包括进入的配位体对铝的空d轨的电子给予作用.
Test and set switch gear and circuit breaker relays for proper coordination.
测试并设置开关柜及断路器继电器的配位是否正确.
The spectral proper - ties of the reactions of T ( 4 - MOP ) PS _ 4 , withCu ~ ( 2 + ), Pb ~ ( 2 + ), Zn ~ ( 2 + ), Cd ~ ( 2 + ), Co ~ ( 2 + ) and Mn ~ ( 2 + ) have beeninvestigated.
探讨了试剂的特性及其与Cu~ ( 2+ ) 、 Pb~ ( 2+ ) 、 Zn~ ( 2+ ) 、 Cd~ ( 2+ ) 、 Co~ ( 2+ ) 和Mn~ ( 2+ ) 反应的最适条件.测得了这些配合物的配位比 、 摩尔吸光系数.
The complex 1 features a 2 D tetrazole coordination polymer.
化合物1为二维四唑配位聚合物.
Analyses were given to the optical and EPR spectrum of ZnS: Cr ~ ( 2 + ).
本文通过对ZnS:Cr~(2+)晶体光学吸收谱及EPR谱的观测资料的分析,发现Cr~ ( 2+ ) 杂质的有效晶场并非常所认为的四硫配位四面体结构.
The complexes are thermally stable and exhibit luminescence in the solid state.
两个配位聚合物都对热稳定,在固体状态下,呈蓝色发光.
We observed two complexes as in our previous experiments.
我们在之前的实验中观察到两个配位化合物.
Organic light emitting diodes ( OLED ) employing an Ir complex with coumarin ( C 6 ) and acetylacetone ( acac ) ligands Ir ( C 6 ) _ 2 ( acac ) are studied.
所研究的有机电致磷光发光器件 ( OLED ) 选用了一种新型金属铱的化合物Ir ( C6 ) 2 ( acac ),这种金属化合物由配位体香豆素C6和乙酰丙酮 ( acac ) 与金属铱化合形成.
Coordination saturation is thus proved to be space saturation in the uranyl equatorial plane.
由此说明铀酰的配位饱和实际上是配位空间的饱和.
Afterchloroform was evaporated , it was used as chelate complex chromatographic stationary phase to purify puerarin extractive.
建立了采用配位色谱柱从葛根素浸膏中分离纯化葛根素的方法.
The developments and progresses of coordination chemistry in China are reviewed briefly in this short article.
简述了我国配位化学的发展、进展和特点.