oxygen atom

The analytic wave functions containing 6 parameters for oxygen atom

氧原子的六参数波函数与能量计算

This simple molecule consists of one oxygen atom and two hydrogen atoms .

这个简单的水分子由一个氧原子和两个氢原子构成。

Oxygen atom exchange mechanism in reaction of OH radical with PO

OH与PO反应中的O原子交换机理

Experimental Study of High-Resolution Ion Spectra of NO Molecule and Oxygen Atom

NO分子和氧原子的高分辨离子谱实验研究

Diffusion of oxygen atom near Zr ( 0001 ) surface

氧原子在Zr（0001）表面附近的扩散

Effect of structural factors on the rates of oxygen atom transfer to metal carbonyls

金属羰基化合物的结构对氧原子转移反应速率的影响

Adsorption Dynamics of Oxygen Atom and Hydroxyl Radical on Low Index Nickel Surfaces

氧原子和羟基在Ni低指数表面的吸附动力学研究

The oxygen atom is nearly 16 times as heavy as the hydrogen atom .

氧原子的重量几乎是氢原子的16倍。

Secondly , we study the adsorption and diffusion of oxygen atom on Pd surfaces .

其次，研究氧原子在Pd表面的吸附和扩散。

By analyzing the IR spectrum , we found the reaction activity center is at bridge - oxygen atom .

通过红外谱图分析，发现二者的反应活性点处于多酸阴离子的桥氧上。

The fibrinogen diffusing to the surface of alloys suffered competitive adsorption with oxygen atom .

纤维蛋白原扩散到合金表面以形成络合物的形式与氧原子构成竞争吸附；

Kinetic and mechanism of oxygen atom transfer reaction to mo ( co ) _5l

Mo（CO）5L的氧原子转移反应动力学和机理研究

Both the oxygen atom density and the electron temperature of oxygen plasma drop when diluted with krypton .

在氧等离子体中掺入氪气，会降低体等离子体中的氧原子浓度和电子温度。

In basic terms , water molecules consist of a single oxygen atom bonded to a pair of hydrogen atoms .

简言之，水分子是由两个氢原子和一个氧原子键合而成的。

Oxygen atom O is one of chemical elements , and most steady existing way with oxygen atom is diatomic species O2 .

氧原子O是化学元素中的一个，最稳定的存在方式是两个氧原子结合而成的氧气O2；

The ether oxygen atom , urethane carbonyl and urea carbonyl are proton acceptor .

质子的接受体包括醚氧原子、氨基甲酸酯羰基和脲羰基。

If there is adsorbed oxygen atom O ( a ) on the surface , methanol can form two stable molecular chemisorption states ;

当表面存在吸附氧原子时，甲醇可在银表面形成两种分子态吸附；

The conclusion of the doped fluorine substitute for the oxygen atom in the λ - MnO_2 skeleton was obtained .

通过分析掺杂氟与锰的氧化价态的变化关系，研究氟的掺杂机理，得出掺杂的氟取代了λ-MnO2骨架中氧的结论。

Oxygen atom coordinated technetium complexes ⅰ the structure and properties of technetium (ⅴ) compounds with oxygen multidentate ligands

氧齿配体锝配合物Ⅰ.氧多齿配体锝（Ⅴ）配合物的结构及其性质

Surface polishing treatment will reduce carbon material specific surface area , reduce carbon atoms and oxygen atom collision probability and improve the carbon material of oxidation resistance .

表面抛光处理会减少炭素材料比表面积，降低碳原子与氧原子撞击概率，提高了炭素材料的抗氧化性能。

Coordination of carbonyl oxygen atom to tin atom still exists in the complexes . The coordination number of tin atom is 6 .

配合物是配体通过酚羟基氧原子与锡原子配键生成的，分子内存在羰基氧原子与锡原子的配键，锡原子的配位数是6。

When the molar ratio of the ether oxygen atom and sodium cation was about 12 , the maximum compatibility of the system was achieved .

当醚氧基团与钠离子摩尔比为12时，体系相容性最佳。

A ring-shaped chemical structure consisting of an oxygen atom bonded to two other atoms , usually of carbon , that are already bonded to each other .

环氧一种环形化学结构，其中一个氧原子和其他两个已结合在一起的原子相结合，这两个原子通常为碳。

We consider that bile salts form head-to-tail molecular pairs via hydrogen bonding between 3-OH and carboxyl oxygen atom in dilute aqueous solution .

因此推测在胆酸盐的稀溶液中，3-OH质子和羰基氧之间有可能存在氢键作用，形成了头尾相连的分子对结构。

Irreversible sorption capacity has relation to the alive oxygen atom on the surface of nano TiO2 , the amount of surface hydroxyl can influence the reversible capacity ;

不可逆吸附容量与纳米TiO2表面氧原子有关；

The complex molecules pack to construct an infinite 3-D framework through hydrogen bondings between coordinated water molecule and uncoordinated carboxyl oxygen atom . 2 .

通过配位水分子与未配位的梭基氧原子形成的氢键堆积成无限延伸的3一D网络。

To investigate the catalytic mechanism carefully by isotope labeling experiment , we found out that the oxygen atom in the epoxide was all from molecular oxygen but not water .

本论文通过同位素实验对催化反应机理进行了细致的研究，发现环氧化物中的氧全部来源于氧气，而不是来源于水。

X-ray photoelectron spectrum of La 0.7 Sr 0.3 Mno 3 Nano-meter solid is measured . The effect of high pressure on the state of oxygen atom is observed .

本文测量了La0.7Sr0.3MnO3纳米固体的X射线光电子能谱，观察到高压对氧原子状态的影响。

Activation of the stable C & H bond of methane is thought to occur via either a radical rebound mechanism or a concerted insertion of an oxygen atom .

甲烷C&H键的活化机理主要包括自由基回弹机理和协调的氧插入机理。

No special contributions of the thioether sulfur atom in the binding were observed in the simulations , and it could be replaced by either nitrogen or oxygen atom .

模拟中未观察到硫醚硫原子对吸附的特殊贡献，可以用氧原子或氮原子替代。