光纤激光焊接,fiber laser weld
1)fiber laser weld光纤激光焊接
1.The microstructure, phase composition and fracture surface of joint of Mg alloy AZ91D byfiber laser welding were investigated by the metallographic microscope, XRD, SEM and TEM.采用光纤激光焊接AZ91D镁合金,借助金相显微镜、X射线衍射仪、扫描电镜、透射电镜分别对焊接接头的微观组织结构、相组成、断口形貌进行分析。
英文短句/例句
1.Microstructure Characteristics of Fiber Laser Welding for AZ91D Mg Alloy光纤激光焊接AZ91D镁合金接头微观组织特征
2.Analysis of Welding Procedure and Welded Joint"s Microstructure of Fiber Laser Welding Mg Alloy镁合金光纤激光焊接工艺及接头组织分析
3.Study on Galvanometer Scanning Fiber Laser Welding Plexiglass Technology振镜扫描式光纤激光焊接有机玻璃工艺研究
4.Study on the Key Techniques of Fiber Active Devices Packaging with Laser Welding;光纤有源器件激光焊接封装的关键技术研究
5.Fiber laser-MIG hybrid welding process of commercial pure titanium and its properties工业纯钛光纤激光-MIG复合焊接工艺及性能
6.Study on Technology of Laser Welding of 30CrMnSi Steels30CrMnSi钢激光焊接工艺研究
7.Technology of laser welding on Al-5Mg-0.3ScAl-5Mg-0.3Sc激光焊接技术
8.Study of Laser Welding of 400 MPa Super Steel and Its Weldability;400MPa级超级钢激光焊接及其焊接性研究
9.Study of Laser-Arc Hybrid Welding and the Magnetic Properties of Laser Welded Super-Low Carbon Steel;激光电弧复合焊接及激光焊接超低碳钢的焊缝磁性能研究
10.Study on elements distribution in weld seam of laser welding of aluminum alloys铝合金激光焊接焊缝元素分布的研究
11.Fundamental study on hybrid laser beam and resistance seam welding (LB-RSW)激光束—电阻缝焊(LB-RSW)复合焊接研究
12.A beam of light produced by a laser can weld metals.激光器发生的光束可以焊接金属。
13.Dual-beam Laser Welding of 1420 Aluminum-Lithium Alloy;1420铝锂合金的双光束激光焊接
14.Research on Microstructures and Properties of Laser Welding Joints of TC4 Titanium AlloyTC4钛合金激光焊接接头组织性能研究
15.Study on Microstructures and Properties of Laser Welding Ti-23Al-17Nb JointTi-23Al-17Nb激光焊接接头的组织性能研究
16.Microstructure of Be/AlSi/Be welding joint by laserBe/AlSi/Be激光焊接接头的显微组织
17.Microstructure and Mechanical Properties of Ti-6AL-4V Joints by Laser Beam WeldingTC4钛合金激光焊接接头组织与性能
18.Interfacial Reactions and Alignment for Fiber Bonding by Laser Soldering;光纤激光钎焊键合过程中界面反应及对准研究
相关短句/例句
fiber laser welding光纤激光焊
3)Laser welding激光焊接
1.Porosity prevention of 1420 Al-Li alloy for laser welding;1420铝锂合金激光焊接气孔抑制技术
2.State-of-arts of visual sensing technology to monitor laser welding process;激光焊接过程视觉传感技术的发展现状
3.Study on the twin-focus technique in laser welding;激光焊接中的双焦点技术
4)laser weld激光焊接
1.The mechanical properties,microstructure and micro-hardness oflaser welded joint were researched.对抗拉强度600 MPa级的低碳相变诱发塑性钢(TRIP钢)进行了拉伸、成形、高速冲击拉伸和激光焊接试验。
2.During thelaser welding stainless steel 304 with deep penetration,it reasearches the relationship between laser tchnique and seam shape based on the method of secondary general rotary regression design.在304不锈钢的激光深熔焊中,通过工艺试验,研究了激光焊接工艺参数与焊缝形状参数之间的关系。
3.This paper introduces the current status and several important points of the development activities at the Vehicle Structure Technology Division,RTRI,such as evaluation of strength oflaser weld in car body structure,double action rubber draft gear with damping devices,researches on the suppression of flexural vibration of car body,studies to suppress vertical vibration o.文章针对不锈钢制车体激光焊接区的强度评价法、复动式车钩缓冲器、减轻车体挠曲振动方法、带轴减振器的车体减振系统以及不锈钢车体的碰撞安全性等5个专题,介绍了车辆结构技术研究部的研究成果,阐述了技术发展动向。
5)laser beam welding激光焊接
1.Microstructure and properties of joints of wrought magnesium alloy AM60 plates welded bylaser beam welding;AM60变形镁合金薄板激光焊接接头的组织与性能
2.Process instability inlaser beam welding of 5083 aluminium alloy for shipbuilding;5083船用铝合金激光焊接不稳定性研究
3.Study on the weldability of the quenched and tempered 30CrMnSiA withlaser beam welding;30CrMnSiA调质钢的激光焊接性研究
6)YAG laser weldingYAG激光焊接
1.In this paper, pulseYAG laser welding of stainless steel string with weak - magnetism, constant -elasticity (φ= 0.5mm,φ=5mm)的脉冲YAG激光焊接,进行了焊缝形貌、金相、成份分析,测试了接头强度,计算了焊点的熔合比及能量利用率。
2.Dynamic process and spectral distribution of vapor/plasmas duringYAG laser welding of 5A90 Al-Li alloy were obtained by high-speed camera and spectra measure system.利用光谱测量、高速摄像等手段,对5A90铝锂合金YAG激光焊接过程中的金属蒸汽/等离子体的动态变化过程、光谱分布测量和计算表明:5A90激光焊接时金属蒸汽/等离子体几乎只从熔池正面喷出,主要强谱线为Li670。
延伸阅读
光纤分子式：CAS号：性质：使光以波导方式传输的纤维，简称光纤。从结构上它由纤芯和包层两部分组成。从传输光的方式上，可分为单模光导纤维和多模光导纤维两种。光纤的成分可分为多组分硅酸盐玻璃、石英玻璃、氟化物玻璃等。光导纤维的特点是低损耗、信息传输量大、抗干扰性好、保密性强；重量轻、可挠性好、耐腐蚀、耐高温、电绝缘性好。主要应用于光通信技术、大功率激光能量的传输、光纤温度计、光纤传感器，以及光纤面板等方面。
