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Material Surface Modification Processing with Laminar Plasma Technology 层流等离子体材料表面改性工艺研究
laminar plasma technology 层流等离子体技术
A two-dimension model was established based on the experimental results of the laminar plasma remelting processing on the stainless steel. 应用有限元方法对层流等离子体射流不锈钢表面重熔工艺中的瞬态热物理现象进行了数值模拟研究。
The newly developed laminar plasma generator can produce highly steady laminar plasma jets of L/D>70, which provides a new tool for basic studies and new aplications. 研制出常压层流等离子体射流发生器，获得了L/D>70的高稳定度射流，为基础理论研究和应用研究提供了新的工具。
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。
Plasma technology is an abnormal instrumentality for chemical engineering and brings new vital force. 摘要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。
Occurrence of low-temperature plasma technology and Okayama county government has been common in Japan, USA and China patents. 低温等离子发生体技术和冈山县政府共同取得了在日本美国中国的发明专利。
Application of Cold Plasma Technology in fiber-reinforced Composite Materials Kudinov V. V.;Abdullin I. Sh.;Korneeva N. V. 磁共振全心冠状动脉成像技术的初步研究何建勋;孙翀鹏;曾庆思;邓宇;李新春
Laminar Plasma Spraying of Metal Wire in Atmosphere 层流等离子体金属丝材喷涂工艺研究
The plasma ignition is one of the new ignition devices that produced when the plasma technology is applied in the power and energy project domain. 等离子体点火器是等离子体技术在动力与能源工程领域中应用而产生的一种新型点火装置。
As a promising plasma technology,the gliding arc discharge combines the advantages of both thermal and non-thermal plasma. 滑动弧光等离子体综合了热平衡等离子体和非平衡等离子体的优点,是一种很有前景的等离子体技术。
Diethynylbenzene, a kind of po]yarylacetylene(PAA) monomers, can be grafted onto the surface of the carbon fiber by plasma technology. 采用等离子技术对碳纤雏(CF)进行接枝芳基乙炔(PAA)处理,研究了影响CF/PAA复合材料层间剪切强度(ILSS)的因素。
As a promising plasma technology, the gliding arc discharge combines the advantages of both thermal and non-thermal plasma. 摘要滑动弧光等离子体综合了热平衡等离子体和非平衡等离子体的优点，是一种很有前景的等离子体技术。
Plasma technology had become hotspot of the research in textile industry because of its highly effective,lower energy consumptive and wide ap-plication 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。
In this paper, cold plasma technology is used to treat the surface of carbon fibers braided by PET and the surface microstructure of the carbon fiber is analyzed by AFM. 本文作者采用冷等离子体技术对PET缝编碳纤维织物进行表面处理,并采用AFM对处理前后的碳纤维表面形貌进行了分析。
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。
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。
Successfully carburize on a sample surface of alloy bar grate by plasma technology, making case carbon content more than 1.5% and depth of carburizing layers about 1 mm, improving the case hardness greatly. 利用等离子技术成功地在合金篦条试样表面渗碳;使表面w(C)达到1.;5%25以上;渗碳层深1mm左右;表面硬度大大提高。
Plasma Heated Laminar Entrained Flow Reactor. 等离子热层流反应堆。