Adsorption and kinetic parameters of surface reaction under pulse reaction conditions

脉冲反应条件下的吸附和 表面 反应动力学系数

Our results show that the synthetic reaction of LDH-C1 is controlled by polynuclear layer surface reaction mechanism .

结果表明，LDH-Cl的生成受控于多核层 表面 反应 动力学机制：LDH的结构强度及LDH-Cl的层柱 作用强度随 反应进程逐步提高。

Adsorption property and photo-stimulated surface reaction of CO_2 and C_3H_6 on the loaded metal Cu coupled semiconductor V_2O_5-TiO_2 catalyst was studied by IR 、 TPD 、 UV-Vis and photo-microreactor techniques .

用IR、TPD、UV-Vis和微型光反应器技术研究了CO2和C3H6在Cu/V2O5-TiO2 表面上的吸附特性和光催化 反应性能。

Simulative Model and Method of Dynamics Equations Controlling Surface Reaction

动力学方程控制 表面 反应的模拟模型和方法

A study of the surface reaction theory in acidizing process

对酸化过程 表面 反应理论的研究

The surface reaction is the sole rate-determining step .

反应速率控制步骤为吸附的烷氧基与CO的 表面 反应控制。

Measurement of adsorption and surface reaction rates by dynamic techniques

动态方法测定吸附和 表面 反应速率

The results show that the surface reaction of coke is strengthened with temperature rise and increased by adding alkalis .

结果表明，焦炭 表面 反应程度随 反应温度提高而增强，还因加碱而增加。

Measurement of adsorption and surface reaction rates and the properties of active sites by dynamic poisoning technique

动态中毒法测定吸附和 表面 反应速率和活性中心性质

Study for the Surface Reaction Between Al and F

对氟和铝 表面 反应的研究

Surface Reaction Rate Equation and Molecule Reaction Probability of SnO_2 / CeO_2

SnO2/CeO2 表面 反应速率方程和分子反应几率

This paper has studied the surface reaction of iron-based matrix materials during different temperature hot pressed .

本文研究了铁基金刚石胎体材料经不同温度热压时的 表面 反应。

Study on the activity and surface reaction characters of fly-ash in alkaline environment

碱性环境中粉煤灰活性与 表面 反应特征研究

Effect of supports on adsorption and surface reaction rates of thiophene

催化剂载体对噻吩吸附和 表面 反应的影响

A Study on Electrochemical Corrosion of Surface Reaction of Pyrite in High Alkali Environment

高碱环境中黄铁矿 表面 反应的腐蚀电化学研究

In accordance with the surface reaction control mechanism .

研究 表明， 二氧化硅 微球 的 生长 速度与其 粒 径 无关，符合 表面 反应控制 生长机理。

Surface reaction facilitates the combination of DNA computing and automation technology .

表面 反应能便于实现DNA计算和自动控制技术的结合。

The surface reaction layer and linear shrinkage met the accuracy requirements of dental demands .

该合金铸造时 表面 反应层和铸造线收缩率能够满足口腔修复支架的精度要求。

Density Functional Theory Study on the Surface Reaction Mechanism of Atomic Layer Deposited Ta_2O_5 on Si ( 100 ) Surfaces

Ta2O5在Si（100） 表面原子层沉积 反应机理的密度泛函研究

The kinetic parameters rate constant Ks for surface reaction and diffusivity Dp of reactant gas in product layer were calculated by a mathematical model .

建立了CaO脱硫反应动力学数学模型，并计算了动力学参数，即 反应速度常数 Ks和产物层扩散系数Dp。

This paper analyzes the influences of carbon silicon and aluminium on the surface reaction when sintering austenite stainless steel powder .

研究了碳、硅和铝合金元素对水雾化奥氏体不锈钢粉末烧结时的 表面 反应的影响。

Its surface composition and structure chemisorption properties and behaviors in laser stimulated isobutane selective oxidation are investigated by techniques of XRD IR TPD and laser stimulated surface reaction ( LSSR ) .

运用XRD，IR，TPD和激光促进 表面 反应（LSSR）技术研究了其晶体结构、表面构造、化学吸附特性和激光促进异丁烷选择氧化反应性能。

The surface reaction mechanism is proposed based on the results of in situ TP-FT-IR .

根据研究的结果，提出了NO＋CO在模型催化剂上的 表面 反应机理。

Dimensionless surface reaction rate

无因次 表面 反应速率

The heat of surface reaction in the soot is released by heat radiating .

表面 反应热与辐射传热的平衡确定了碳粒的体积与密度。

Electrochemical analyses show that the rapid solidification reduces the maximum discharge capacity increases the activation cycles elevates the surface reaction resistance and worsens the kinetic properties of the alloy electrode . However the cyclic stability of the alloy electrode is improved greatly after rapid solidification .

电化学性能分析表明：快速凝固降低了合金电极的最大放电容量，增加了电极的活化次数，提高了电极 表面 的 反应阻抗，恶化了电极的动力学性能，但是却大大改善了合金电极的循环稳定性。

According to the friction surface analysis this phenomenon is concerned with the surface reaction film containing S P and Zn .

这一现象是与在摩擦表面上形成含S，P和Zn的 表面 反应膜有关。

Study on Surface Reaction Layer of Titanium Cast with Three Type Investments

对3种包埋料铸出的钛铸件 表面 反应层的研究

The rate determining step is surface reaction between adsorbed molecules of methyl acetate and unadsorbed molecules of water ( single site mechanism ) .

结果表明反应过程控制步骤是吸附在催化剂表面的醋酸甲酯同未吸附的水发生 表面 反应。