1)surface strengthening表面强化
1.Study on the Surface Strengthening Technique of Fast-growing Pinus massoniana Lumber;马尾松速生材的表面强化工艺研究
2.Microstructure and properties of electrospark surface strengthening layers;电火花表面强化层组织结构和性能的研究
3.Application of plasma surface strengthening technique in tool and die;等离子体表面强化技术在模具中的应用
英文短句/例句
1.plate type spring surface airless shot-blasting machine板簧表面强化抛丸机
2.A Basic Research on On-line Strengthening Caused Tribochemisty Influence on the Surface Strength of Gear;摩擦化学在线表面强化对齿轮表面强度影响的基础研究
3.Theory and Application of Enhanced Surface Crosslinking of Hydrogels;水凝胶理论及表面强化交联应用研究
4.Study on Thermoacoustic Surface Strengthened Processing Technology of Metallic Materials;金属材料热—声处理表面强化技术研究
5.Composite Surface Strengthening of Ti17 by Transient Electric Energy in Mediums & MAIP;Ti17介质中瞬态电能与MAIP复合表面强化
6.Investigation on Surface Strengthening of High Pressure Waterjet Peening;高压水射流冲击材料表面强化的研究
7.Composite Surface Strengthening of 40CrNiMoA Steel and Property of High Speed Abrasion;40CrNiMoA复合表面强化及高速磨损性能
8.Surface Strengthening of 45~# steel by Laser-Guided Micro Discharge激光诱导微弧放电对45~#钢的表面强化
9.Surface Hardening of Maraging 15-5PH Stell15-5PH马氏体沉淀钢的表面强化
10.Application and Development of Surface Hardening Technology in the Die表面强化技术在模具中的应用与发展
11.Using Surface Strengthen Technology to Enhance Hot-Forging Die Service Life提高热锻模寿命的途径-表面强化技术
12.Research on the Surface Intensifying Treatment of Drawing Mould with Material QT600-3QT600-3材料的拉伸模表面强化处理研究
13.Research Progress of the Surface Strengthening Technology on Roller Bit Metal Face Seal牙轮钻头金属端面密封表面强化技术研究进展
14.The Research on Mechanical Surface Treatment and Laser Alloying of Titanium;钛表面机械强化及其激光合金化研究
15.Surfactant and Hydrogen Peroxide Reinforced Oxygen Delignification表面活性剂与过氧化氢强化氧脱木素
16.Theoretical Study on Contribution of Chemical Enhancement to Surface-enhanced Raman Scattering Spectra表面增强拉曼光谱化学增强的理论研究
17.The angle is multiplied by the intensity of magnetization of the surface.与该角相乘的是表面的磁化强度。
18.Studies on Surface-Enhanced Raman Scattering in Electrochemical System电化学体系中表面增强拉曼散射研究
相关短句/例句
surface hardening表面强化
1.Grinding hardening,the technology of hardening steel piece surface with grinding heat instead of high or medium frequency induction hardening heat,can integrate grinding surface hardening.磨削强化处理技术是利用磨削热替代高、中频感应淬火热源对钢件表层进行强化处理,将磨削加工与表面强化合为一体。
3)surface strengthen表面强化
1.As a new surface strengthening technology, Laser peening (laser shock processing) uses intense pulse laser to produce shock waves on metal surface, which induce strain hardening on the surface of metal.激光冲击处理技术(又称激光喷丸)是利用强脉冲激光产生的压力冲击波在金属材料表层产生应变硬化的一种新型表面强化技术。
2.As a new surface strengthening technology, Laser shock processing( laser peening) uses intense pulse laser to produce shock waves on metal surface, which induce strain hardening in the surface of metal.激光冲击处理(又称激光喷丸)技术是利用强脉冲激光导致的压力冲击波在金属材料表层产生应变硬化的一种新型表面强化技术。
3.As a new surface strengthening technology, Laser peening (laser shock processing) uses intense pulse laser to produce shock waves on metal surface, which induce strain hardening in the surface of metal.激光冲击处理(又称激光喷丸)技术是利用强脉冲激光致的压力冲击波在金属材料表层产生应变硬化的一种新型表面强化技术。
4)surface reinforcement表面强化
1.With good performance of rigidity,wear resistance,self-lubrication and high-temperature resistance,the nanometer coatings and films are prosperous surface treatment technology in surface reinforcement of die & mould.纳米涂层与纳米薄膜具有良好的硬度、耐磨性、自润性和耐高温性能,是模具表面强化技术中的一种有发展前景的表面处理工艺。
2.The application of the wearproof surfacing welding technology with the tungsten-carbide rod melted by oxygen-acetylene flame to dies' surface reinforcement was introduced.介绍了碳化钨条氧—乙炔火焰耐磨堆焊技术在模具表面强化中应用的工艺方法 ,同时提出了普通碳钢 +焊接表面强化部分代替模具钢的方法 ,该方法在生产实践中取得了满意的效果。
3.With good performances of wear-resistance, self-lubrication and high-temperature-resistance, the nano compound coating is a prosperous surface treatment technology in surface reinforcement of injection moulds.由于纳米功能复合涂层具有良好的耐磨性、自润性及较好的耐高温能力 ,是注射模表面强化技术中一种有发展前景的表面处理工艺。
5)surface modification表面强化
1. In this paper, research progresses on Laser-concerned surface modification is reviewed, which include:①Technology and factors control.针对激光表面强化相关问题的研究现状作了介绍和展望。
6)Surface strengthening-hardening treatment表面强硬化
延伸阅读
表面强化表面强化surfacestrengthening改善机械零件和构件表面性能、提高疲劳强度和耐磨性能的工艺方法。又叫表面处理。表面强化有时还能提高耐腐蚀性能。由于工作中的零件表面常处于最大应力状态，且在不同的介质环境中工作，使得零件的失效和破坏大多发生在表面或从表面开始，所以需要对零件表面进行强化。表面强化一般分为表面热处理（如火焰淬火、感应加热热处理等）、表面化学处理（如渗碳、渗氮、渗金属等）和表面机械处理（如喷丸和滚压等）三种。利用压缩空气或离心力将大量直径细小的丸粒（如钢丸、玻璃丸等）高速向零件表面喷射的方法称为喷丸，适用于任何复杂形状的零件。喷丸后零件表面产生冷硬层和残余压应力，使用寿命可提高数倍至数十倍。用淬硬的钢辊子在零件表面滚轧的强化方法称为滚压。滚后使零件表面产生塑性变形和残余压应力，能显著提高零件的精度和降低表面粗糙度，滚压一般用于形状简单的零件。
