1) Single crystal copper conducting wire
单晶铜导线
2) copper single crystal wire
单晶铜线材
1.
Study of the deformation texture in drawn copper single crystal wires;
拉拔单晶铜线材形变织构的研究
3) single crystal copper wires
单晶铜线材
1.
The substructure during cold drawn processing for the single crystal copper wires by the Ohno Continus Casting (OCC) has been investigated using optical microscopy and electron backscattering diffraction.
采用光学金相和电子背散射衍射对单晶铜线材拉拔变形过程中的组织演化进行了分析。
2.
Besides,combined with what we have achieved in our research project,the application of orientation image microscopy to the microstructure,texture,crystal rotation and dislocation boundaries of single crystal copper wires with and without plastic deformation.
同时,结合在研课题的一些研究进展,针对变形前后单晶铜线材的组织演化,探讨了电子显微取向成像技术在微观组织、织构和晶体转动以及位错界面分析等中的应用,以展现电子显微取向成像的功能和应用。
4) single-crystal copper
单晶铜
1.
The results demonstrated that the surface textures of single-crystal copper wire consist of〈100〉,〈112〉and〈110〉,among which the〈100〉increases from surface to center of the wire and becomes the main texture in central layer,whil.
研究表明:单晶铜线材表面织构组分由〈100〉,〈112〉与〈110〉组成。
2.
The technique characteristics and research status of Ohno Continuous Casting technology,as well as its application was generalized,especially for single-crystal copper.
通过对有关文献的综述介绍了热型连铸技术的特点和目前国内外研究、应用现状,重点介绍了热型连铸技术在单晶铜生产中的应用、单晶铜的性能特点以及市场需求,提出了该技术的局限性及今后的改进方向和发展前景。
3.
Theequipment to make single-crystal copper wire has become a critical factor.
本文根据单晶铜的生长的环境要求,针对单晶铜生长的关键环节对单晶铜的设备进行了改进,使其更加有力于单晶铜的生长。
5) Single Crystal Copper
单晶铜
1.
Origination of Wire Breakage in Ultra-fine Single Crystal Copper Wire Drawing and its Technical Improvement;
单晶铜超微细丝的断线分析及制备工艺
2.
The oxidation rate of single crystal copper wire is lower than that of poly-crystal copper wire.
为了解决单晶铜线材在存储过程中的氧化问题,本文通过氧化增重实验,对不同组织、不同纯度铜线材的表面氧化行为进行了研究。
6) copper single crystal
铜单晶
1.
The dislocation structures in cyclically saturated copper single crystals oriented towards [■ 2 3]and[■ 1 2] conjugate double slip were observed and analyzed using electron-channelling contrast technique in scanning electron microscopy(SEM-ECC).
利用扫描电镜电子通道衬度(SEM-ECC)技术观察和分析了[■ 2 3]和[■ 1 2]共轭双滑移取向铜单晶体的循环饱和位错结构。
2.
Adiabatic shear bands (ASBs) were studied by SEM electron channeling contrast (ECC) technique, which formed in fatigued copper single crystals with different orientations under high velocity impact using split-Hopkinson pressure bar (SHPB).
采用分离式Hopkinson压杆装置(SHPB)和扫描电镜电子通道衬度(SEM-ECC)技术研究了不同取向疲劳态铜单晶高应变率压缩下形成的绝热剪切带(ASB)。
3.
Fatigued copper single crystal with [123] loading axis was treated by high current den- sity electropulsing, and formed two kinds of recrystallized grains with polygonal shape and 7.
对疲劳后的［１２３］铜单晶体进行高电流密度脉冲处理可以形成多边形与椭同形两种再结晶晶粒、晶粒尺寸分别为７。
补充资料：直径6英寸硅单晶及单晶炉
直径6英寸硅单晶及单晶炉
巍 户亡‘砚.士释L朴品及沪晶护万引门l
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