Gas plasma technology can be used to clean pads prior to wire bonding to improve bond strengths and yields.
气体等离子技术能够用于在引线键合前清洗焊盘以改进键合强度和成品率。
Non-thermal plasma technology has promising prospects with the advantages of high efficiency, low cost and no secondary pollution.
低温等离子体技术具有处理效率高、成本低、不产生二次污染等优势，具有较好的应用前景。
Combination of low temperature plasma technology with the selective catalytic reduction technology is the effective method to reduce emissions for lean combustion engine.
低温等离子体技术与选择性催化还原技术相结合是降低稀燃发动机排放的有效方法。
Probe into the mechanism of preparing catalyst by cold plasma technology.
对冷等离子体制备催化剂的机理进行探讨。
Plasma addressed liquid crystal (PALC) technology is a variation of plasma technology.
等离子体寻址液晶(palc)技术是等离子体技术的变种。
Using carrier materials treated by plasma technology exploits a new land of immobilized enzymes.
以等离子体处理的载体材料固定化酶，开拓了固定化酶技术的新领域。
It is a new way that low temperature plasma technology is used to treat odor in the waste water plant.
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。
You cannot cross the galaxies with a donkey. But you can cross countries and cities with plasma technology.
你不能靠驴来穿梭星系，但你可以用等离子技术跨越国家和城市。
The gas and liquid filter media treated by low pressure plasma technology have good quality and low production cost.
用低压等离子体技术对气体和液体过滤介质进行处理，可提高过滤介质的质量且可降低生产成本。
But in plasma technology, all we do is connect and link the magnetic fields without burning, without changing the structure.
但是，在等离子技术中，我们所做的一切就是将所有的磁场相连，而不用改变或是破坏它的结构。
The use of pulsed high energy density plasma is a new low temperature plasma technology for material surface treatment and thin film deposition.
脉冲高能量密度等离子体是一项全新的等离子体材料表面处理和薄膜制备技术。
The PET fibers are treated by cold plasma technology and the elemental composition and the type of functional groups of the surface of PET was analyzed by ESCA.
采用冷等离子体技术处理涤纶纤维，利用ESCA分析了冷等离子体处理前后的纤维表面元素组成、官能团类型的变化。
Alternative technologies for the incineration of the chemical weapons have been evaluated. The thermal plasma technology is a new technology for destruction of chemical weapons.
对销毁化学武器的几种替代技术做了评价，较详细地介绍了最新的等离子弧销毁技术。
The applications of plasma technology were summarized emphatically in fibres material such as wool, cotton, silk, chemical fiber and otherwise functional finishing in recent years.
着重介绍了近年来等离子体技术在羊毛、棉、丝和化纤等纤维材料功能化整理中的应用情况，并对其应用前景进行了展望。
Electric arcs in combustible gas mixtures, as a high temperature source in combustion and plasma technology, have a great deal of advantages in comparison with those in noble gases.
以燃料和空气混合物为工质的燃烧反应性电弧等离子体在燃烧技术和等离子体技术中都有广泛的应用前景。
The experiment indicated that plasma technology has excellent effect to remove indoor VOCs, and can reach more than 90% on condition of proper flux and stronger discharging voltage.
实验证明利用等离子体技术去除室内空气中的挥发性有机物，在合适的流量和较高的放电电压下，可以达到90%以上的去除效果。
Principles of microwave ECR plasma technology are introduced briefly. Present development of it'S research and applications in system manufacturing, CVD, PVD and etching is reviewed.
本文简要介绍了微波ECR等离子体技术的原理，评述了近年来这种技术在CVD、PVD、刻蚀等方面的研究和应用的进展。
The characterization of the plasma impedance provides a new diagnostic method for the study of the mechanism of ECR plasma, and is useful to the application of ECR plasma technology.
阻抗特性分析为ECR等离子体的机理研究提供了一种新的诊断途径，有利于ECR等离子体工艺的推广和应用。
The influences of plasma parameters such as energy, ignition location and shape on drag performance are reviewed. At present, laser plasma technology can reduce the wave drag by 70%.
讨论了等离子体能量、点火位置和形状等参数对减阻性能的影响，目前利用激光等离子体技术可以减小70%的波阻。
There are three ways using plasma technology to modify the surface properties of polymer materials, which are plasma surface treatment, plasma polymerization and plasma graft copolymerization.
运用等离子体技术改变高分子材料的表面性质的方法主要有三类：等离子体处理、等离子体聚合和等离子体接枝聚合。
Cold plasma technology used for the decomposition of Volatile Organic Compounds (VOCs) has many advantages, such as high removal efficiency, none secondary pollutant producing and operating easily.
低温等离子体技术对挥发性有机物的去除具有去除率高、无二次污染物产生、易操作等优点，该技术的研究和应用受到广泛的关注。
The application of the low temperature plasma technology in improving the printability, increasing the adhesion of plastic film, and enhancing the barrier properties of the PET bottles were discussed.
介绍了低温等离子体技术及其特点，论述了低温等离子体技术在改善塑料薄膜印刷适性、提高粘接性及增强PET瓶阻隔性等塑料包装中的应用。
Plasma technology is an effective method to improve textile fiber surface properties.
等离子体技术是一种改善纺织纤维表面性能的有效方法。
Plasma technology is an abnormal instrumentality for chemical engineering and brings new vital force.
等离子体技术以其非常规的手段运用到化工中，给整个化工带来了新的生机。
Plasma technology has been applied in polymer material surface modification more and more extensively.
等离子体技术正以其优越性在高聚物材料表面改性方面得到越来越广泛的应用。
Plasma technology had become hotspot of the research in textile industry because of its highly effective, lower energy consumptive and wide application range.
等离子技术在纺织工业中的应用，因其效率高、能耗低和适用范围广等优点而成为人们研究的热点。
Plasma technology had become hotspot of the research in textile industry because of its highly effective, lower energy consumptive and wide application range.
等离子技术在纺织工业中的应用，因其效率高、能耗低和适用范围广等优点而成为人们研究的热点。
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