低温等离子体技术

介绍了低温等离子体技术的基本特点。

The low temperature plasma technique and its essential characteristic were introduced .

介绍了以氟碳化合物为气氛的低温等离子体技术进行各种材料的表面改性的最新进展，指出等离子体技术可在各种材料表面引入含氟基团，以获得低能表面，从而使材料获得各种特殊的性能。

Low temperature plasma technique with fluorocarbon compounds atmosphere is the latest development for surface modification of various materials . Through introducing fluoro group to the surface of the matrix by plasma treatment , the matrix features low surface energy and many special properties .

吸附增效/催化-低温等离子体技术降解甲苯废气改性海泡石催化剂协同低温等离子体脱除NOx

Toluene Removal Using Non-thermal Plasma with Adsorption & Catalysis Removing NO_x by Modified Sepiolite Catalyst with Non-thermal Plasma

低温等离子体技术及其在VOCs处理中的应用

Advanced Cold Plasma and Its Application in Treatment of VOCs

本文从实用角度提出了利用低温等离子体技术转化柴油机NOx及再生微粒捕集器的技术路线，探讨了低温等离子体转化NOx及再生微粒捕集器的可行性。

In this text , the author presents a technology route using non-thermal plasma to convert NOx and regenerate diesel paniculate filter from a practical point of view and discusses its feasibility .

本文对介质阻挡放电低温等离子体技术与La（1-x）SrxMnO3系钙钛矿型复合氧化物催化剂在柴油机尾气排放中的应用进行了研究。

The application of non-thermal plasma technique ( dielectric barrier discharge ) and catalytic technique ( with La_ ( 1-x ) Sr_xMnO_3 catalysts of perovskite type structure ) on diesel engine exhaust was discussed in this paper .

目前，低温等离子体技术是一种最有前途的新型末端治理技术，尤其是在处理低浓度的挥发性有机物（简称VOCs）方面。

Currently , the non-thermal plasma technology is one of the most promising new technology in the end of treatment , especially with low concentration of volatile organic compounds ( VOCs ) .

采用氮气低温等离子体技术对人工心瓣用Dacron材料进行表面改性。射频辉光等离子体中的参量分布研究

This article aimed at the surface modification of Prosthetic Valve materials with the methods of cold glow discharge plasma . On the Distribution of Plasma Parameters in RF Glow Discharge

应用低温等离子体技术治理空气污染研究进展

Progress in Study of Air Pollution Control by Utilizing Cold Plasma

低温等离子体技术在聚合物材料表面改性中的应用

The Applications of Low-temperature Plasma Treatment in Surface Modification of Polymeric Materials

低温等离子体技术对金属表面的改性与保护

Metal surface modification and protection by low temperature plasma techniques

低温等离子体技术净化空气中的甲苯

Purification of Toluene in the Air by Nonthermal Plasma Technique

低温等离子体技术治理气态污染物的研究进展

Prospect of Research on Gaseous Pollutants Treatment by Non-thermal Plasma

低温等离子体技术改善塑料薄膜印刷适性的研究

Study of Low-temperature Plasma Treatment for Improving Print Adaptability of Plastic Films

采用低温等离子体技术的柴油机四效催化器的开发

The Development of Four-way Catalytic Converter of Diesel Engine by Non-thermal Plasma Technology

低温等离子体技术包括热等离子体技术和冷等离子体技术。

Low temperature plasma technology consists of hot plasma technology and cold plasma technology .

低温等离子体技术在降低柴油机排放中的应用

Application of Reducing Diesel Emission with Non-thermal Plasma

利用低温等离子体技术改善聚丙烯纤维吸湿性能的研究

Study on the Property of Moisture Absorption for Polypropylene Fibers Modified by Low-Temperature Plasma

本文采用低温等离子体技术，对环丙沙星抗菌生物材料表面进行改性处理。

Modification of SPEU surfaces with low temperature glow discharge plasma deposition was studied .

利用低温等离子体技术脱除甲醛的研究

Removal of Formaldehyde Using Non-Thermal Plasmas Technology

基于低温等离子体技术的胶原纤维表面改性和鞣制化学作用

The Surface Modification of Collagen Fibers and Function of Tanning Process Based on the Low-temperature Plasma Technology

最后总结了低温等离子体技术在柴油机排放物后处理领域的应用情况。

The article summarizes the application of non thermal plasma technology in the post treatment of diesel engine emission .

采用低温等离子体技术对高分子膜材料进行改性，是开发新型膜分离材料的重要途径之一。

Modification by the low-temperature plasma is one of the most important methods to introduce membrane materials with high performance .

详细介绍了自行开发的采用低温等离子体技术的柴油机四效催化器的原理和结构。

The principle and structure of four-way catalytic converter of diesel engine by non-thermal plasma technology is introduced in detail .

在现代的半导体行业当中，低温等离子体技术常常被应用于基片刻蚀、薄膜生长以及表面改性等等方面。

In the modern semiconductor industry , cold plasma is commonly used in thin film etching , deposition and surface modification .

利用低温等离子体技术处理污水厂恶臭气体，是一种新的技术。

It is a new way that low temperature plasma technology is used to treat odor in the waste water plant .

本论文着重探究了介质阻挡放电低温等离子体技术对对位芳纶表面的改性。

The paper is focused on the application of dielectric barrier discharge low temperature technique in surface modification of Para-aramid fibers .

在有机材料的表面改性中，常压低温等离子体技术可以在不影响材料本体性能的情况下改变其表面物理化学性能，整个过程高效且不会产生污染。

The atmospheric plasma technology can modify the physical and chemical properties of polymer surface without affecting the bulk properties of material .

近年来大气压低温等离子体技术在生物医疗工程领域的应用作为一个新兴的研究领域，已经吸引了国内外众多研究课题组的兴趣。

In recent years plasma medicine has been a new and promising field , which has attracted many interests in some research groups .

高压放电低温等离子体技术是一种全新的高级氧化技术，逐渐被应用于水处理领域的研究。

The high voltage discharge non-thermal plasma technology is one of brand-new advanced oxidized technologies and being applied gradually in the water treatment researches .