Study on Ion-Assisted Reactive Evaporated ITO Films

1、

Influence of Oxygen Ions on Deposition of ITO Films

氧离子对ITO膜生成的影响

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2、

Preparation of bi_2o_3-y_2o_3-gd_2o_3 oxide ionic conductor and its electrical conductivity

Bi2O3-Y2O3-Gd2O3系氧离子导体的制备和电导

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3、

Use of the Technology of Positron Neglect to Study CaO Doped CeO_2 Oxygen Ion Conductor

用正电子湮没研究CaO掺杂的CeO2氧离子导体

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4、

An Amorphous Layer Formation in GaAs by Oxygen Ion Implantation and its Application in Epitaxy

氧离子注入无定形GaAs的形成及其在外延中的应用

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5、

The Y_2O_3 、 Gd_2O_3 Composite Doping of Zro_2 Solid Oxygen Ion Conductors

ZrO2基固体氧离子导体的Y2O3、Gd2O3复合掺杂

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6、

Preparation and conductivity of bi_2o_3 based oxygen ionic conductors

Bi2O3基氧离子导体材料的制备及其电导研究

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7、

Effect of oxygen ion beam density on deposition of Ta_2O_5 films

氧离子束流密度对Ta2O5薄膜的影响

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8、

Transition from crystalline al to amorphous al_2o_3 by o~+-implantation

氧离子注入使晶态Al转变为非晶态Al2O3的研究

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9、

Structures and Electrical Properties of Ca-Doped NdGaO_3 Oxygen-Ion Conductors

Ca掺杂NdGaO3氧离子导体的结构与电学性能

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10、

Phenomena and mechanism of thermal-reducing in mixed oxygen-ionic electronic conductors containing Co

含Co的氧离子-电子混合导体的热还原现象与机制

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11、

Research work reveals that the oxide ion conductor can be obtained by optimizing the doped ion concentration of Eu_ 0.9Ca_ 0.1Al_ 0.97Zn_ 0.03O_ 3-y.

本研究表明在EuAlO3体系可以通过优化掺杂离子的含量获得性能较好的氧离子导电材料。

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12、

Progress in LaGaO_3-based oxide ion conductor

LaGaO3基氧离子导体的研究进展

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13、

Bipolar membrane is a special ion-exchange membrane comprising a anion-exchange layer and a cation-exchange layer. It can dissociate water molecules into protons and hydroxyl ions with the lowest theoretical voltage drop under reverse bias in a direct current electric field.

双极膜是一种由阴离子交换层和阳离子交换层构成的特殊离子交换膜，它在直流电场反向偏压下可以将水以最低的理论电压解离成氢离子和氢氧根离子。

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14、

The experimental results conform well to the proposed mechanism of the esters hydrolysis including both the intermolecular specific base catalysis of hydroxide ion and the intramolecular general base catalysis of benzimidazolyl group.

实验结果与我们所提出的酯水解历程中既包括分子间氢氧根离子特殊碱催化又包括分子内苯并咪唑基一般碱催化两种催化方式相符合。

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15、

Accordingly, the reinforcing steel bar is prevented from getting rusty. Firstly, using cylinder RC specimen, the ion profile in concrete after electrochemical chloride extraction has been studied.

本文首先应用钢筋混凝土圆柱体试件，研究了电化学除盐钢筋混凝土试件中氯离子和氢氧根离子分布变化规律。

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16、

For the first time, a hydrogen line density concept is proposed, and the controlling differential equation of the hydrogen line density and hydroxide ion are established.

该模型根据钠水反应机理，首次提出氢气线密度概念，建立了氢气线密度控制微分方程，以及氢氧根离子传输扩散方程；

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17、

Meantime, The model of hydrogen and hydroxide ions diffusion is also established with the dissociation of hydrogen gas and NaOH in excess sodium.

根据钠水/水蒸汽反应生成的氢气和氢氧化钠在钠中离解动力特性，建立氢离子和氢氧根离子的扩散方程。

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18、

Ionic conductivities of anion exchange membrane were assessed at different temperatures, and activation energy of ion transfer was also calculated.

研究了在不同温度下、不同的阴离子（氢氧根离子和碳酸根离子）的薄膜的电导率，并计算出离子传输的活化能。

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19、

Liquid solution analysis showed that hydroxyl ion has a larger contribution to the ion conductivity in the pore liquid solution.

液相电解质分析表明氢氧根离子对离子导电的贡献较大。

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20、

Alkali: A soluble matter that forms hydroxyl ions in solution. e.g. NaOH or KOH.

碱：在溶液中可形成氢氧根离子的可溶性物质。例如氢氧化钠或氢氧化钾。

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