muon polarization

用法例句

The number value of metal oxyhydrogen's pK_m and ion polarization;

金属氢氧化物pK_m值与离子极化

The effect of the nature of the ion polarization to nonmetal oxyacid salt in P area;

离子极化对P区非金属含氧酸盐性质的影响

The bond variation has the close relation with the ion polarization,the electron nonlocality and the orbit superposition.

键型变异是与离子极化、电子离域以及轨道重叠等因素密切相关的,只要某种条件具备,就会产生与这种条件相应的成键作用。

Analyses show that the electrical conduction appear to occur via a small-polaron hopping mechanism,and in addition,1) the therm.

5)系材料电导率并探讨了它们的离子导电、电子导电的微观机制,指出除了小极化子导电机制外,还可能有以下几种机理共同作用:1)热激发引起Co3+离子的电荷歧化;2)高温下氧空位生成导致的离子补偿;3)Fe4+较Co4+优先进行电子补偿。

The temperature dependence of the resistivity of the samples was tested from the room temperature(25 ℃) to 300 ℃,and then confirmed using the small-polaron transport model.

测样品在常温(25℃)至300℃范围内的阻温特性,并利用小极化子导电模型进行验证。

Analyses indicate that the electrical conduction appears to occur via a small-polaron hopping mech.

XPS光电子能谱分析表明,除了存在小极化子导电机制外,同时还可能存在以下几种机理:1)热激发引起Co3+离子的电荷歧化;2)高温下氧空位生成导致的离子补偿;3)Fe4+较Co4+优先进行电荷补偿。

The Mean Number of Optical Phonon of Magnetopolaron in Purely 2D Polar Crystals;

纯二维极性晶体中磁极化子的光学声子平均数

The Properties of Surface Magnetopolaron in 2D Crystals;

二维晶体中表面磁极化子的性质

Internal Excited State of a Weak Coupling Magnetopolaron in Polar Crystals;

晶体中弱耦合磁极化子的内部激发态

The results show that it is not ionic polarization but energy of hydration of halide ion that makes solubility decrease from silver fluoride to silver iodide.

运用热力学原理对一定条件下卤化银在水中的溶解度变化规律进行了解释 ,分析了引起卤化银在水中溶解度发生变化的各种因素 ,说明使卤化银在水中的溶解度由氟化银到碘化银依次减小的最主要因素不是离子极化 ,而是卤素离子水化能 。

After the discussion of the problem from various views of ionic polarization theory and thermodynamic principle,the author explains the reasons of unusual acid grading law H nPo m.

作者应用离子极化理论和热力学原理对该问题进行了讨论，解释了磷的含氧酸酸性递变规律反常的原

The author expounds why concentrated sulfuric acid has oxidization by the view of ionic polarization and believes that dilute sulfuric acid had also oxidization,then analyses the different oxidization between concentrated and dilute sulfuric acid.

用离子极化的观点阐明浓硫酸具有强氧化性的原因，同时指出稀硫酸亦具有氧化性，在此基础上，分析了浓稀硫酸氧化性的不同。

The influence of the electron and one pair of phonons interaction on Holstein polaron;

电子与双声子相互作用对Holstein极化子的影响

The Mean Number of Phonons of Polaron in a Polar Crystals;

极性晶体中极化子的声子平均数

Influence of Phonon Dispersion,Magnetic Field and Coupling Strength on Properties of Polaron;

声子色散和磁场对极化子基态的影响

Effects of Ion Polarization on Heat Stability of Inorganic Compound;

浅析离子极化对离子化合物热稳定性的影响

Polar-molecular and Ionic ER Fluid: A General Research

分子极化型和离子极化型电流变效应的基础研究

Application of Quantitative Theory for Ion Polarization in Inorganic Chemistry;

离子极化定量理论在无机化学中的应用

ective electrode

氟化物离子选择性电极

A measure of polarising power is the field strength of an ion.

极化能力的度量单位是离子的场强。

The Research of Tin-based Oxides for Li-ion Battery Anodes

锂离子电池二氧化锡负极材料的研究

Electrochemically Controlled Cesium Ion Separation of Graphite Substrate Electrodes with NiHCF Film

石墨基体NiHCF膜电极电化学控制Cs离子分离

Quantum Chemical Study on the Electronic Structure of Cathode Material for Lithium-ion Battery;

锂离子电池正极材料结构的量子化学研究

Study on Electrochemical Oxidization Effect of BH_4～- in DBFC with Cu Anode;

铜阳极DBFC硼氢根离子电化学氧化行为的研究

MCMB after catalytic graphitization at high temperature as anode materials of lithium-ion batteries

催化石墨化MCMB用作锂离子电池负极材料

Electrocatalytic Oxidation of Glucose on CNT/Nanocrystlline TiO_2-Pt Complex Film Electrode in Ionic Liquids

离子液体中CNT/nanoTiO_2-Pt膜电极电催化氧化葡萄糖

Water quality--Determination of fluoride--Ion selective electrode method

GB/T7484-1987水质氟化物的测定离子选择电极法

Anodized Technique of Al Film Ultraviolet Reflector in High-frequency Oxygen Plasma

铝膜紫外反射镜的高频等离子体阳极氧化技术

SUCCESIVE STANDARD ADDITION METHOD WITH EQUIPOTENTIAL CHANGE IN ION-SELECTIVE ELECTRODE ANALYSIS

离子电极分析中的等电位变化连续标准加入法

DETERMINATION OF SULFIDE IN WASTEWATER BY Ag/S IONSELECTIVE ELECTRODE

银硫离子选择电极测定工业废水中的硫化物

Studies on Synthesis of (Lithium) Vanadium Oxides as Cathode Materials for Lithium Ion Batteries

锂离子电池正极材料-（锂）钒氧化物的制备研究

Determination of Trace Ruthenium ( Ⅲ) byCatalytic Method With IO-4 Selective Electrode

催化动力学分析离子选择性电极法测定钌(Ⅲ)

Strangeness Production and J/ψ Polarization Study in High Energy Heavy-ion Collisions;

高能重离子碰撞中奇异产生和J/ψ极化的研究