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1)  laser surface hardening
激光表面硬化
1.
The artificial neural network methodology has been developed for the virtual simulation of the laser surface hardening process for blanket dies.
预测了激光表面硬化的加工效果 (表面硬度、硬化层深、相对耐磨性和表面粗糙度),实现激光加工工艺参数的优化,为实际生产和加工提供了依据。
2.
The quality of laser surface hardening ( LSH) is depended strongly on the intensity distribution.
对高斯光束圆光束、平顶矩形光束、曲边矩形光束、点阵光斑等不同强度分布的激光表面硬化(LSH)技术进行了介绍。
2)  surface hardening treatment with laser
激光表面硬化处理
1.
The paper mainly deals with the decisive factors influencing hardening quality in surface hardening treatment with laser.
论述了激光表面硬化处理中影响硬化质量的决定因素 ,并从理论和实践角度说明激光输出功率 P、扫描速度 V和光斑直径 D才是激光处理的基本工艺参
3)  Laser Surface Transformation Hardening
激光表面相变硬化
4)  laser surface hardening
激光表面强化
1.
Study on the laser surface hardening technology of 4Cr13 stainless steel;
4Cr13不锈钢激光表面强化技术研究
2.
Effects of laser surface hardening on microstructure and hardness of high Ni-Cr indefinite chill cast iron roll
激光表面强化对高Ni-Cr无限冷硬铸铁轧辊组织与硬度的影响
3.
In the paper, the surface treating technologies are divided into three classes, and then the technologies such as NQN compound reinforcement, rare earth surface hardening, laser surface hardening, electro spark deposition of ceramet, chemical compound plating, etc.
文中将压铸模具的表面处理技术分为三个大类,并分别就NQN复合强化技术、稀土表面强化技术、激光表面强化技术、电火花沉积金属陶瓷技术、化学复合镀等新技术,进行了分析与讨论。
5)  laser surface alloying
激光表面合金化
1.
Microstructure and property of TiC/Ti composite coating by laser surface alloying;
激光表面合金化制备TiC/Ti复合涂层的组织与性能
2.
Research development of laser surface alloying on ferrous substrate;
铁基材料激光表面合金化研究进展
3.
The Study of the Crack on Laser Surface Alloying;
激光表面合金化裂纹的研究
6)  laser hardfacing
激光表面强化
1.
Proceed in the point of riew to make the hardfacing alloy's absorptivity of Laser beam in -crease and make the total input of heat to them de-crease, the dielectrics act characteristics and its re-strainning role to the hot cracks in high temperaturealloy's laser hardfacing is studied.
从提高强化合金的吸光率和降低其热输入总量的角度出发,研究了电介质在高温合金激光表面强化中的行为特点和对热裂纹的抑制作用。
补充资料:表面硬化


表面硬化


  
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