1)  hardening organization
淬硬组织
1.
Cold crack, which appears in machining, is resulted from interactions of hardening organization, hydrogen and stress.
机械加工中出现的冷裂纹,是由于淬硬组织、氢和应力共同作用的结果,金属晶粒中位错的存在,将三个因素联系了起来。
2)  quench rigidity
淬硬
1.
This article introduces the impact of flame-cutting on high strength lower alloy structural steels from rdrious aspects Such as remnant stress,quench rigidity,cementite and so on.
介绍了火焰切割对低合金高强度钢在残余应力、淬硬、渗碳等方面的影响。
3)  hardened steel
淬硬钢
1.
Numerical Control Machining Technology of Hardened Steel Based on HSM;
基于HSM的淬硬钢数控加工技术
2.
Experimental Study on Dry Turning of Hardened Steel with Ceramic Cutters;
陶瓷刀具干式车削淬硬钢试验研究
3.
Study on FE Simulation of Chip Formation and Temperature Field during High Speed Machining Hardened Steel;
高速切削淬硬钢切屑形成过程及温度场有限元模拟研究
4)  SKD11 hardened steel
SKD11淬硬钢
5)  Grinding hardening
磨削淬硬
1.
Grinding hardening is a new process that integrates surface quenching into grinding.
磨削淬硬是一种将表面淬火集成到磨削加工中去的新工艺,它不仅具有显著的经济效益,而且符合绿色加工的要求,具有显著的社会效益。
2.
The grinding hardening is a new surface heat treatment process using grinding heat which induce martensitic phase transformation in the surface layers of annealed or tempered steels to achieve surface strengthening processes and integrate the surface hardening process with the machining process.
磨削淬硬是利用磨削热对工件材料进行表面热处理的新工艺技术 ,使表面淬火工艺与机械加工过程集成化。
3.
The grinding hardening is a new technology of hardening workpiece surfaces using grinding heat which is realistic substitution for the induction hardening process.
磨削淬硬是利用磨削热对工件表面进行淬硬处理的新技术,可替代表面淬火等热处理工艺,它有利于简化生产工艺,降低制造成本。
6)  Quench steel
淬硬钢
1.
High speed milling quench steel Cr12MoV is studied.
针对淬硬钢Cr12MoV进行了高速铣削研究,重点研究了铣削条件对刀具磨损的影响。
2.
The high speed milling Cr12MoV quench steels of 50 HRC and 60 HRC hardness were tested with TiAlN coated tools.
针对硬度分别为50 HRC和60 HRC的Cr12MoV淬硬钢材料,采用TiAlN涂层刀具进行了高速铣削试验,重点研究了铣削方式、刀具螺旋角以及润滑方式等铣削条件对刀具磨损的影响。
参考词条
补充资料：硬组织
分子式：
CAS号：

性质：生物体内通过生物矿化而形成的组织(如骨骼、牙齿等)。是介于无机物和有机物之间的特殊物质。硬组织具有如下特性。(1)在结构上高度有序。(2)矿物质在基质中形成并被包埋在基质中。(3)矿物质不仅在生物体代谢过程中形成而且参与代谢过程。 

说明：补充资料仅用于学习参考，请勿用于其它任何用途。