plasma treatment

Effects on Transmittance and Surface Characters of Thin Films Using O2 Plasma Treatment

氧等离子体清洗对sol-gel薄膜透过率和表面性质的影响

The Effect of SO_2 Plasma Treatment on Antithrombin of Polyurethane

SO2等离子体处理对聚氨酯抗凝血性影响的研究

Cold plasma treatment has been extensively used in the surface modification of polymers.

用低温等离子体对材料进行表面改性是近年来发展很快的一项技术，它广泛应用于聚合物的表面改性。

No surface ablation or roughening was observed after plasma treatment.

等离子体处理后，纤维的表面没有明显的刻蚀或粗糙现象。

Plasma treatment will be used as an environmental friendly technology of textile finishing process in the coming future.

等离子体处理技术作为一种清洁整理工艺越来越多地运用于纺织染整加工中。

Effects of plasma treatment on the crease resistant cotton fabric finished with fibroin and glyoxal, or with resin are studied.

研究等离子体处理对用丝素与乙二醛联合整理及树脂整理后棉织物防皱效果的影响。

Changes of the handle of the rib stitch woolen knitted fabric with the plasma treatment

罗纹毛针织物等离子体处理后的风格变化

Plasma Treatment of Mulberry Silk Fibers and Its Weighting Properties

真丝纤维的等离子改性及增重特性研究

The method of preparing the uniform coating, the techniques of thermal bonding and hydrogen plasma treatment was investigated experimentally. The optimum coating method and technological parameters was summarized.

重点探索了涂覆金刚石纳米涂层的方法、实现金刚石与金属钛的热粘接工艺以及氢等离子体处理的工艺参数，筛选出了在本实验系统中的最佳方法和工艺条件。

The effects on the adhesion strength of HDPE/ APS-glass assembly were studied at the different plasma treatment time, lamination temperature and lamination time. The relation between the hydrophilicity and the adhesion of HDPE film was investigated.

研究不同等离子体处理时间、成层温度和成层时间对HDPE/APS玻璃粘接效果的影响，考察HDPE膜的亲水性与其粘接性之间的关系，寻找HDPE/APS玻璃最佳粘接条件。

Oxygen plasma to modify the fine-PET. The law of effects of plasma treatment time, gas pressure, discharge power on wettability, crystallinity, surface thermodynamic potential and dye up-take was discussed.

探讨氧等离子体放电时间、放电气压和放电功率对细旦涤纶润湿性、结晶度、表面热力学电位（Ψ电位）以及上染率的影响规律。

Results show that cold plasma treatment improves the surface polarity and impregnation of carbon fiber, which increases the bonding property of carbon fiber braid/ epoxy composites, and therefore improves interfacial properties of composites.

实验结果表明，冷等离子体处理提高了碳纤维表面活性、浸润性，从而改善了碳纤维缝编织物/环氧复合材料的界面粘结性能，进而改善了复合材料的界面性能。

Influence of Low Temperature O_2 Plasma Treatment on Dyeability of Cotton Fabrics

氧气低温等离子体改性对棉织物染色性能的影响

Plasma polymerization was found to be more effective than non-polymeric plasma treatment.

结果表明,聚合性气氛的等离子体改性效果明显优于 非 聚合性气氛.

Effect of Chitosan Plasma Treatment on Cotton Fibre Property

壳聚糖等离子体处理对棉纤维性能的影响

Study on the Photoelectrical Property of TiO_2 Thin Films by Ar Plasma Treatment

TiO2纳米晶的等离子体改性及光电转换性能的研究

The PMMA surface was modified by argon ( Ar) plasma treatment and effects of plasma treatment time, Ar pressure and discharge power on hydrophilicity of PMMA surface were investigated.

采用Ar等离子体对PMMA材料进行表面改性，研究了Ar等离子体处理时间、气体压强、放电功率对材料表面亲水性的影响，通过材料表面电阻率的测定对改性材料的抗静电性能进行评价。

the influence of oxygen plasma treatment on the pbo paper properties was studied in this paper.

研究了PBO（聚对苯撑苯并双唑）浆粕在氧等离子体不同处理条件下对PBO纸页性能的影响。

Investigation on Better Catalyst Preparation via Cold Plasma Treatment

冷等离子体处理制备催化剂研究

Experimental results show that after the low-pressure plasma treatment, surface topography and chemical composition of PVA films changed to some extent as physical and chemical combined action result. Thickness loss increased in etching and dissolution as the time extended.

试验结果表明：经过低压等离子处理后，薄膜受到物理化学综合作用，表面形貌和化学结构发生了一定的变化，刻蚀厚度和溶解厚度随着处理时间的延长而增加。

Structure and Properties of Mulberry Silk Fiber after Plasma Treatment

经等离子体处理的蚕丝纤维结构与性能

The thickness of the peeled-off layer is determined by plasma treatment time and draw ratios of fibers.

剥落厚度还与纤维拉伸比有关。

Only plasma treatment also can gain surface hydrophilic of NRL, but it has low durability.

单纯等离子体虽然能增加天然胶乳胶膜表面的亲水性，但耐久性较差。

Effect of atmospheric pressure plasma treatment on property of nylon 6 fibers

常压等离子体处理对锦纶6纤维性能的影响

Study of Liquid Wetting and Capillary Absorption in Spun-bonded Polyester Nonwovens and Atmospheric Pressure Plasma Treatment

与传统的材料表面改性技术相比，等离子体改性有着高效、无污染、节能等优点。纺织材料等离子体改性的表征方法聚酯纺粘非织造布的润湿性和芯吸性的研究及常压等离子体改性

The occurrence of CO2 is measured during the plasma treatment process and the maximum concentration is 35357 mg/ m3.

在尾气中检测到CO2的存在，最高浓度达到35357mg/m3。

influence of oxygen plasma treatment on the pbo paper properties

氧等离子体处理对PBO纸页性能的影响

The electroplating and hydrogen plasma treatment process for Ni coating on YT 5 cemented carbide are studied.

研究了在YT5硬质合金上镀镍工艺和镀层的氢等离子体处理工艺,在YT5上得到了质量较好的镍镀层.

Effect of Normal Pressure Air Plasma Treatment on Polyester Wetting Property

常压空气等离子体处理对涤纶润湿性能的影响