表面催化

Ag-Pd合金的表面催化研究

Studies on surface catalysis of Ag-Pd alloys

表面上有序排列的金属团簇在超高密度磁性记录，新一代微电子学以及表面催化中都有非常重要的应用前景。

The ordered arrays of identical metal clusters on surfaces have very important applications in the ultrahigh density recordings , next-generation micro-electronics and surface catalysis .

A＋B2表面催化反应相变及自振荡的蒙特卡罗模拟

Monte Carlo Simulation of the Phase Transition and Self-oscillation in A + B_2 Surface Catalytic Reaction

非恒温CO表面催化氧化体系双随机共振

Stochastic Bi-resonance in Non-isothermal CO Surface Catalytic Oxidation System

CO表面催化氧化反应的扩散模型

Diffusion model of surface catalytic oxidation reaction of CO

MonteCarlo模拟Pt表面催化氧化A+B→0反应

Monte Carlo simulation on catalytic oxidation A + B → 0 reaction on Pt surface

Cu/TiO2-NiO上光促表面催化CO2和H2O合成CH3OH反应规律

The Photo Stimulated Surface Reaction of Synthesis of Methanol from Carbon Dioxide and Water on Cu / TiO_2-NiO

对于O2和CO的表面催化反应，我们引入了一个包括O和CO的扩散的不可逆ZGB扩散模型，非常自然地消除了二级相变点。

We introduce a diffusion-ZGB model including the diffusion of O and CO for the surface catalytic reaction of O2 and CO , and eliminate the second-order phase transition naturally .

当考虑化学反应热、热传导和热辐射的影响时，Pt（110）/CO+O2表面催化氧化体系温度出现时空变化。

The system of Pt ( 110 ) / CO + O2 involving chemical reaction heat , heat conduction and radiation heat transfer is non-isothermal .

MoO3-TiO2/SiO2上光促表面催化甲烷和水合成甲醇和氢气

Photo Stimulated Surface Catalytic Syntheses of Methanol and Hydrogen from Methane and Water over MoO_3-TiO_2 / SiO_2

采用纳米TiO2和CoO/Al2O3复合氧化物分别对Mg2Ni（0.8）Cr（0.2）合金进行表面催化改性，并分析了氧化物作为催化剂提高合金储氢性能的作用机理。

TiO_2 nanoparticles and CoO / Al_2O_3 composite as surface catalysts added in Mg_2Ni_ ( 0.8 ) Cr_ ( 0.2 ) alloy , and the reaction mechanism of oxides as surface catalyst for improving the hydrogenation properties were studied .

研究了一定温度条件下和NO气体偏压pNO处在超临界Hopf分岔点附近时，Pt（100）/NO+CO表面催化还原反应体系被色噪声调制后的动力学行为。

Under the conditions of constant temperature and the value of NO partial pressure p_ ( NO ) which is tuned close to Hopf bifurcation point , the dynamics of Pt ( 100 ) / NO + CO system modulated by colored noise is studied .

含铁矿物的表面催化氧化作用及其环境意义

The surface catalyzed oxidation of iron-bearing minerals and their environmental significations

高温气流中材料表面催化特性研究

Studies on surface catalytic effect of materials in a high-temperature gas flow

玻碳电极表面催化性质的薄层光谱电化学研究

Study on the Redox Catalytic Behavior of Graphite Carbon Surface by Spectroelectrochemistry

分子筛晶粒外表面催化活性作用

Catalytic activity of molecular sieve crystallites on exterior surface

而且燃料混合物的入口流速对表面催化反应有很重要的影响。

And inlet velocity of mixture plays a significant role in catalytic reaction .

碱性燃料电池氧电极高效表面催化层的研究

Research on high efficiency catalyst layer of oxygen electrode for alkaline fuel cell

表面催化反应对空间预混气体着火影响的研究

A study on effect of surface catalytic reaction on ignition of heterogeneous premixed gas

表面催化反应中的非线性动力学行为

Nonlinear kinetics in a surface catalytic reaction

Cu/WO3-NiO上光促表面催化二氧化碳与水合成甲醇反应的规律

Photo-Stimulated Surface Reaction for Synthesis of Methanol from Carbon Dioxide and Water on Cu / WO_3-NiO

表面催化重整反应对热棒点燃预混气影响的理论分析

Analysis of Effect of Surface Catalytic Reforming Reaction on Ignition of Premixed Gases by Hot Rod

化学镀银过程硅表面催化性质对镀膜成核的研究

The impact of catalysis of silicon surface on the formation of silver film in electroless silver deposition

非均相表面催化反应，由于其重要的科学意义与应用价值，一直是科学研究的前沿。

Heterogeneous surface catalytic reactions have always been the frontier of science due to its applicative importance and scientific implications .

计算结果表明，同时采用逆流换热和表面催化燃烧可以实现常规方法无法实现的甲烷稳定、高效转变。

Results indicate that methane can be steadily converted in high efficiency when counterflow heat exchanger and surface catalytic combustion were adopted .

鉴于Au/Si界面在电子器件和表面催化等方面的广泛应用，深入了解其微观结构和特性具有重要的意义。

It is significant to characterize and understand the microstructures of Au / Si interface due to its wide application in the electronic devices and surface catalytic engineering .

而在红外光表面催化反应中，选择表面材料时应主要考虑其受激表面键的振频。

It is pointed out that the band gap and position of valence and conduction band edges is mainly considered in surface materials selection and in UV-photocatalytic surface reactions .

以生命和表面催化体系为对象，研究了介观化学体系中内涨落对体系非线性动力学行为的调控作用。

The effect of internal noise on mesoscopic chemical dynamics is studied using stochastic simulation and chemical Langevin equations , with special focus on surface catalytic systems and life systems .

利用该计算方法搜寻了喹啉分子在S-Mo-Ni催化剂晶体表面催化加氢反应的过渡态，取得较好的效果。

This method has been applied to explore the transition state for hydrogenation model of quinoline molecular over S - Mo - Ni catalyst surface and good results have been achieved .

用表面光催化还原铁法对TiO2/SiO2复合氧化物进行改性，并在改性后用XRD，TEM进行化学状态、晶体组成与颗粒大小分析。

TiO 2 / SiO 2 composite photocatalyst is modified with Fe using depositing method .