heterogeneous catalysis

Studied dynamics and the affecting factors of COD degradation in the experiments of heterogeneous catalysis ozone, and analyzed the organic form of wastewater.

对多相催化臭氧实验中降解COD的影响因素及动力学进行了研究，并对废水中的有机物形态演化进行了分析。

The methods possess simplicity and stability. The modified electrodes can be heterogeneous catalysis.

总之,吸附法、溶胶凝胶掺杂法都是制备修饰电极有效的方法,制作方法简单、稳定性高.

In this study, with the combination of electrochemistry and heterogeneous catalysis in the bipolar packed bed cell, the electric nonconducting particle was replaced by catalyst and heterogeneous catalytic reactions occurred in an electrochemical reactor.

本文将电化学与多相催化有机结合起来，以复极固定床电解槽（BPBC）为反应器，用负载金属氧化物的多相催化剂取代传统反应器的绝缘填料，构建了多相催化电解耦合体系。

Application High Resolution Solid State NMR in the Studies of Heterogeneous Catalysis

固体高分辨核磁共振法在多相催化研究中的应用

A Study of Laser Induced Solid-phase Reaction to Produce CaO Ultrafine Powders and Laser Heterogeneous Catalysis 1-Heptene Reaction

激光化学反应法制备CaO超精细粉末及激光多相催化1&庚烯异构化的研究

Owning to the wealth of structural and dynamical information available via NMR, particularly NMR atomic specificity, high resolution, and quantitative capabilities, solid state NMR method has played an crucial role in the study of the heterogeneous catalysis.

固体高分辨核磁共振能提供丰富而独特的信息，特别是由于NMR具有原子专一性、高分辨和定量能力，固体核磁已经成为研究多相催化反应的有力工具。

A new synthetic method of diacetone alcohol by means of acetone condensation of heterogeneous catalysis in the equipment of continuous reaction was introduced.

介绍采用连续反应装置，由丙酮非均相催化缩合，合成二丙酮醇的新方法。

MCM-41-based crystalline mesoporous molecular sieves are of great academic and practical importance to such fields as heterogeneous catalysis, absorption stripping, composites and nano-materials science.

介孔材料MCM-41具有规则孔道结构，在多相催化、吸附分离、复合材料、纳米组装等领域有着重要的学术研究与应用价值。

Recently, the techniques of SPS and EFISPS have been applied in heterogeneous catalysis studies, they are characterized by high sensitivity, good reappearance and simplicity in operation.

近年来将SPS和EFISPS技术应用于多相催化研究领域，显示出其检测灵敏度高、再现性好、操作简单等特点。

X-Ray Diffraction Method in Heterogeneous Catalysis

X射线衍射法在多相催化研究中的应用

In this review, a brief introduction of application of surface science for the advancement of environmental heterogeneous catalysis is provided.

简要介绍环境多相催化研究过程中应用表面科学的研究方法的必要性和将会遇到的挑战和机遇。

On line Spectral and Mass Detection System for Heterogeneous Catalysis

多相催化反应的在线光谱-质谱探测系统

Both synergy of heterogeneous catalysis ozone craft and lift aeration active filter technology is better. The removal efficiency ratio of COD is approximate 1:1, while the removal efficiency of lifting aeration active filter technology on ammonia nitrogen is above 90%.

多相催化臭氧工艺和升降曝气活性滤池工艺两者的协同作用较好，COD去除效能之比近似为1：1，升降曝气活性滤池工艺对氨氮去除率为90%以上。

Role of surface science in environmental heterogeneous catalysis Gold Catalysis

环境多相催化研究过程中的表面科学研究方法金的催化作用

Application of the magnetic drived inner recycling reactor to kinetics study of heterogeneous catalysis

磁驱动内循环反应器在多相催化动力学研究中的应用

Application of Electron Spin Resonance Techniques in Heterogeneous Catalysis Research

电子自转共振技术在多相催化研究中的应用

The analysis of transient reaction processes of heterogeneous catalysis in differential reactor

微分反应器中多相催化反应动态过程的模拟分析