1) plasma beam
等离子束流
1.
Interface strengthening process of Cr plating layer by plasma beam;
镀铬层等离子束流界面强化工艺
2.
With high-energy plasma beam method,the weldability of the TiNi shape memory alloy sheet was studied.
采用高能密度等离子束流对TiNi形状记忆合金板材进行焊接性研究。
3.
In this paper, do the Cu-Zn-Al shape memory alloys welding with the high energy plasma beam melt and push welding method, and research the welding method, the welding technics, the welding quality and the welding heat treatment.
本文采用高能量密度等离子束流对Cu-Zn-Al形状记忆合金进行焊接方法、焊接工艺和焊后热处理的力学、记忆性能进行试验研究,主要进行了以下工作: 对铜及铜合金的焊接性进行了分析,确定采用高能量密度等离子弧焊接方法的可行性,并组建了其焊接系统;结合电阻对焊特点设计制作了试验系统所需的专用夹具,以利用夹具的预紧弹簧力将被熔化的焊缝金属全部或部分挤出,减小热影响区的宽度,并尽可能改善晶粒状态,以提高其接头质量。
2) Ar plasma jet
氩等离子束射流
1.
For realizing real-time 3D temperature field reconstruction of Ar plasma jet,an orthogonal area array CCD (charge coupled device) spectrum tomography experimental system was proposed according to spectrum relative intensity diagnosis method.
根据谱线相对强度法,提出了利用正交面阵CCD光谱层析技术,实时重建氩等离子束射流三维温度场的方法。
3) plasma beam
等离子束
1.
Fe-based alloy design in surface metallurgy by plasma beam;
等离子束表面冶金铁基合金的设计与研究
2.
Effects of compress argon arc plasma beam scanning on microstructure and composition of electroless Ni-P alloy layer;
压缩氩弧等离子束扫描对化学镀Ni-P合金镀层组织与成分的影响
3.
In view of the wear out of diesel engine cylinder liners,the high energy density plasma beam was applied to high speed scanning the liner surface of cylinder under atmospheric pressure and to make improvement treatment on the in-wall of cylinder liner partly so as to obtain the high hardness at hardened layer.
针对柴油机气缸套磨损失效现象,采用高能等离子束在常压下快速扫描气缸套内表面,对其进行局部硬化改性处理,获得了高硬度淬火硬化层。
4) plasma
[英]['plæzmə] [美]['plæzmə]
等离子束
1.
Experimental Research on Plasma Self-fluxing Ni60A Alloy Coating Appliedto Scraper Transporter;
等离子束熔覆Ni60A合金涂层在刮板槽中的实验研究
2.
Influence of electric current on the plasma beam hardening effect of the engine boron cast iron cylinder;
工作电流对发动机硼铸铁缸套等离子束硬化效果的影响
3.
In the paper,an inter-metallic compound coating bonded well is successfully deposited on the sur- face of Al by plasma beam surface metallurgy on the basis of good mutual solubility of Cu and Al.
利用铜铝有一定互溶性并可生成金属间化合物的特点,采用等离子束表面冶金技术,以纯铝为基材,纯铜粉末为冶金原料,在铝表面制得了冶金结合良好的复合金属间化合物冶金层。
6) Ion beam current
离子束流
1.
Characterization of depth profile of gallium ion masklessly implanted by FIB of different ion beam currents and dose has been investigated in this paper.
对FIB无掩膜注入单晶硅衬底的注入效果与离子束流、注入剂量的关系进行研究发现,以固定能量注入的离子,当注入剂量恒定,离子浓度随深度的分布与离子束流大小无关;当离子束流恒定,注入离子的表面浓度随注入剂量的增加而增加,但是由于FIB注入的同时会刻蚀材料表面,注入剂量达到饱和值后,会造成材料一定程度的减薄。
补充资料：等流果
【等流果】
（术语）五果之一。从善因生善果，从恶因生恶果，从无记因生无记果也。例如从前念之不善心生后念之不善心或不善业也。果性似因性而流出，故云等流果。又等流为等同流类之义，因果之性同类，故云等流。旧译谓之习果。对于因，则六因中由同类因与遍行因而生者曰等流果。唯识论二曰：“等流果，果似因故。”俱舍论六曰：“等流果，似自因法，名等流果。谓似同类遍行二因。”唯识述记二末曰：“等谓相似，流谓流类。”
（术语）五果之一。从善因生善果，从恶因生恶果，从无记因生无记果也。例如从前念之不善心生后念之不善心或不善业也。果性似因性而流出，故云等流果。又等流为等同流类之义，因果之性同类，故云等流。旧译谓之习果。对于因，则六因中由同类因与遍行因而生者曰等流果。唯识论二曰：“等流果，果似因故。”俱舍论六曰：“等流果，似自因法，名等流果。谓似同类遍行二因。”唯识述记二末曰：“等谓相似，流谓流类。”
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条