等离子处理

CF4等离子处理在低温硅片直接键合中的应用

Application of CF_4 Plasma Activation in Low Temperature Silicon Direct Bonding

低温等离子处理对PTFE表面性能的影响

Effect on PTFE Surface Property Treated by Low Temperature Plasma

研究了冷等离子处理前后浸润性、PET纤维/环氧复合材料界面性能的变化。

The impregnation of the PET fiber and the interfacial performances of PET / epoxy composites are studied .

H等离子处理改变了镀层和基体之间的结合状态，提高了镀层与硬质合金的结合强度。

H plasma treatment changes the bond state between the deposit and substrate , resulting in a improved adhesion of the deposit to cemented carbide .

用XPS表面表征技术分析等离子处理样与原样表面化学组成的变化。

Using XPS surface characterization technique analysis the surface chemistry changes between original sample and plasma processing samples .

结果表明经过Ar射频等离子处理后，溅射法和涂敷法制备的TiO2薄膜组装的光电池的光电流分别提高了约80%和60%。

By Ar plasma treatment , the photo-currents of sputtered and coated TiO2 electrodes increased by 80 % and 60 % , respectively .

结合等离子体光学诊断和成分探测，分析讨论了ECR等离子处理机理。

Combining the optical diagnostics and composition detection of the plasmas , the mechanism of the ECR plasma treatment was discussed .

等离子处理时TiN-MoSx/Ti涂层中S大量刻蚀的XPS分析

XPS Investigation of Largely Etching of S from the TiN-MoS_x / Ti Composite Coating Under Plasma Treatments

方法：将软衬材料制成10mm×10mm×2mm的试件32件，16件置于等离子处理装置中，用氩气处理20min，并对等离子体处理前后的标本进行红外光谱及润湿角测定。

Methods : 32 specimens were prepared and 16 specimens were treated with Ar plasma for 20 minutes in plasma equipment .

采用氧等离子处理2min后，PVC/SRP复合材料具有较好的力学性能。

The PVC / SRP composites have better mechanical properties if the SRP was treated for 2 min in the oxygen plasma .

通过研究发现，经低温氩气等离子处理后，PBO纤维表面亲水性增强，PBO纤维/环氧树脂的IFSS较未处理样品提高了42%。

It is found that the surface hydrophilicity of PBO fiber is improved and IFSS of PBO fiber / epoxy increases to ( 42 % ) when the fiber was modified by the low temperature plasma .

研究了反应注塑（RTM）成型的复合材料不同层次界面的特点，并分别采用冷等离子处理和超声处理对RTM成型的复合材料界面性能进行改性。

The interface has the great affection on the mechanical performance of RTM composites . The interfacial properties in different interfaces of RTM composites were studied , and cold plasma treatment and ultrasonic treatment were used to improve the interfacial performance of RTM composites .

并且确定了氧等离子处理柞丝织物的放电时间15分钟、放电功率15W、底压为5Pa、工作压力为30Pa为最佳等离子体处理接枝条件。

Furthermore , the experiments indicate that optimum conditions for the oxygen plasma treatment on tussah fiber are that the discharge time is 15 minutes , the discharge power is 15 W , the minimum pressure is 5 Pa , and the working pressure is 30 Pa.

等离子处理准晶态合金化及相变过程的研究

Research on quasi-crystalline alloying and phase transformation after plasma treatment

模具表面等离子处理的研究

The Research of Plasma Disposal on Die & Mold Surface

冷等离子处理碳纤维及其复合材料的性能

Property of cold plasma treated carbon fibre and Its Composites

介质阻隔空气等离子处理聚丙烯无纺布的研究

Study on dielectric barrier discharge technology applied in polypropylene non-woven fabric treatment

碳纤维表面等离子处理及其效果的研究

Plasma treatment for carbon fiber surface and its effect

纳米等离子处理对提高牙科合金金瓷结合性的研究

The Improving of the Bond Strength Between Porcelains and Alloy by the Surface Treatment

并讨论了等离子处理的特殊性和其在现代科学研究中的不可替代性。

The unique function and advantages that can not be replaced in modern research work are discussed .

实验表明经氧等离子处理的绒毛制得的植绒织物其抗静电性能提高。

Found that antistatic property of flock fabric was increased when the flock was treated by oxygen plasma .

介绍一种运用等离子处理来改善非织造材料表面性能的新方法。

A example of new approaches to functionalization of nonwovens using plasma enhanced modification of nonwovens was presented .

分析了氧等离子处理对棉织物弯曲性能和折皱回复性以及强力的改善作用。

The improvement of bending properties , crease-recovery and strength of cotton fabrics after plasma treatment is analyzed .

由于微波技术的应用，等离子体400和660系列可提供快速与无损害的等离子处理。

Due to the use of microwaves the plasma systems 400 and 660 provide for fast and damage-free plasma processing .

水膜、氢氧化钠、氨水和冰醋酸对超高模量聚乙烯纤维常压等离子处理效果的影响

Influence of Distilled Water , Sodium Hydroxide , Ammonia and Acetic Acid on Atmospheric Pressure Plasma Jet Treatment of Ultrahigh-modulus Polyethylene Fibers

硅烷偶联剂处理后，原样与等离子处理样跟橡胶的结合性能都有一定程度的增加。

After silane coupling agent , adhesive performance have a certain degree of increase between original sample or plasma processing samples with rubber .

通过试验，研究不同的微波等离子处理方法对脲醛树脂胶粘剂的固化时间、适用期、胶合强度、游离甲醛含量的影响。

It is the key difficulty people concerned to reduce the emission of formaldehyde in UF resin adhesive without change the bonding performance .

因此在常压等离子处理过程中，被处理材料的回潮率对处理后纤维表面老化过程有着显著的影响。

It was found that the moisture regain of the fibers during the atmospheric plasma treatment has a strong effect on hydrophobic recovery after treatment .

研究表明等离子处理时间对处理效果以及时效性有显著影响。

It was found that plasma treatment time has a significant influence on the treatment effect and the aging behavior of the treated fiber surfaces .

试验结果表明：等离子处理对脲醛树脂胶粘剂的固化时间和适用期的影响不明显；

Experiments were made by different methods of microwave plasma processing on curing time , application period , bonding strength and free formaldehyde content of UF resin .