- 更多网络例句与淬火相关的网络例句 [注：此内容来源于网络，仅供参考]
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The results show that quenched steel treated at 1000~1040℃ is more reasonable, quenched at 1030℃, tempered at 300~350℃, the microstructures are small uniform martensite, which has high strength and certain toughness; quenched at 1030℃, tempered at 600~650℃, The microstructure of the steel is tempered sorbite which has good mechanical properties.
结果表明：1Cr16Ni4Nb钢在1000~1040℃淬火较合理，在1030℃淬火、300~350℃回火时，组织为均匀细小的回火马氏体，其具有较高的强度和一定的韧性；在1030℃淬火、600~650℃回火时，1Cr16Ni4Nb钢的组织为回火索氏体，其具有较高的综合力学性能。
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Through a series of quenching, tempering, tensile testing, low-temperature impact test and metallographic analysis, we ultimately came to the following conclusions:(1) low-carbon alloyed steel 20CrMn2NiMoV quenching at 870℃ and tempering at 200℃, whose structure contains tempered dislocation lath martensite and few small bainite under mixed, has the best obdurability;(2) Carbon Steel 45CrMn2NiMoV quenching at 850℃ and tempering at 620℃, whose structure is sorbitic, has a performance less than that of low-carbon Alloyed steel, but it can also meet the basic design requirements.(3) Mn can substitute for the role of Ni within limited extent.
通过一系列淬火、回火、拉伸试验、低温冲击试验以及金相分析，最终得出以下主要结论：（1）低碳合金钢20CrMn2NiMoV经870℃淬火+200℃回火，得到回火位错型板条马氏体+少量细小下贝氏体的混合组织，具有最佳的强韧性配合；（2）中碳合金钢45CrMn2NiMoV经850℃淬火+620℃回火，得到回火索氏体组织，综合性能虽然不及低碳合金钢，但也能基本满足设计要求；（3）Mn在一定程度上能够替代Ni的作用，适量的Mn和Ni相互配合可以得到最佳的低温韧性，因此&以Mn代Ni&是低温钢材料研究开发中一条可行的适合我国资源状况的合金化思路。
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Mid-fequency high-power induction heater is applied widely in industry, such as refining, casting, forging,diathermy, quenching, winding -pipe, sintering, heat treatment, brazing and crystal growthing.
感应加热电源在金属熔炼、铸造、锻造、透热、淬火、弯管、烧结、表面热处理、铜焊以及晶体生长等行业得到了广泛的应用。
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Increasing quenching temperature can improve the impact toughness and wear property, and the optimal impact toughness (40 J/cm^2) and wear performance of the tested steel can be obtaind by quenching at 1100℃ and tempering at 250℃ SEM analysis finds that the main wear mechanism is cutting wear and fillister under the low stress grinding abrasion.
提高淬火温度有利于冲击韧度和耐磨性的提高，经1100℃淬火＋250℃回火热处理，材料可获得最佳的冲击韧度(40J/平方公分)及耐磨性。用SEM分析发现，在该低应力磨料磨损工况下，实验钢的磨损形式主要有显微切削和凿坑。
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It was reheated to 780℃ and oil quenched for tempering at low temperature (200℃).
牙轮的材料为20Ni4Mo，热处理工艺为气体渗碳再进行780℃淬火＋低温回火。
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Oxygen is widely applied in the metal ndustries in conjunction with acetylene and other fuel gases for metal cutting, welding, scarfing, hardening, cleaning, and melting.
同乙炔和其它燃料气体一起，氧广泛应用于金属工业的金属切割、焊接、嵌接、淬火、清洁和熔化。
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Oxygen is widely applied in the metal industries in conjunction with acetylene and other fuel gases for metal cutting, welding, scarfing, harden ing, cleaning, and melting.
同乙炔和其它燃料气体一起，氧广泛应用于金属工业的金属切割、焊接、嵌接、淬火、清洁和熔化。
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Oxygen is widely applied in the metal industries in conjunction with acetylene and other fuel gases for metal cutting, welding, scarfing, hardening, cleaning, and melting.
同乙炔和其它燃料气体一起，氧广泛应用于金属工业的金属切割、焊接、嵌接、淬火、清洁和熔化。属类：-〖产品安全
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Oxygen is widely applied in the metal ndustries in conjunction with acetylene and other fuel gases for metal cutting, welding, scarfing, hardening, cleaning, and melting.
同乙炔和其它燃料气体一起，氧广泛应用于金属工业的金属切割、焊接、嵌接、淬火、清洁和熔化。属类：-〖产品安全
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The PCVD plasma impregnation process of hot forging die includes surface deoiling, polishing, supersonic cleaning in acetone and alcohol dewatering of the die after quenching at 1070 deg.c and tempering at 530 deg.c; plasma nitriding in a industrial PCVD vacuum furnace; and PCVD plating.
本发明公开了一种精密叶片热锻模具的PCVD等离子体渗镀复合强化方法，将经1070℃淬火，530℃回火后的叶片模具(HRC＝43-50)经表面除油、抛光后浸入丙酮中超声波清洗，酒精脱水；然后放入工业型PCVD真空炉内进行等离子体渗氮和PCVD镀膜处理。
- 更多网络解释与淬火相关的网络解释 [注：此内容来源于网络，仅供参考]
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hardening：淬火
淬火冷却 quench | 淬火 hardening | 回火 tempering
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quench hardening：淬火
quench ageing 淬火老化 | quench hardening 淬火 | quenching crack 淬火裂痕
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heat treatment：淬火
anneal 退火 | heat treatment 淬火 | preliminary tool design 初期模具設計圖
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quench：淬火
阻碍差排运动的因素有溶质原子(即所谓固溶强化)、差排互相干扰(即加工强化)、晶界(即细晶强化)、麻田散相(即麻田散强化)、第二相颗粒(有散布强化、扩散强化、析出强化)等. 固溶热处理(solution treatment)→淬火(quench)→时效处理(aging treatment)
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quench ageing：淬火老化
process annealing 制程退火 | quench ageing 淬火老化 | quench hardening 淬火
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process anneal：进行退火
19. anneal 退火 | 20. process anneal 进行退火 | 21. quenching 淬火
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process anneal：进行退火 Yjj钢管资讯
19. anneal 退火 Yjj钢管资讯 | 20. process anneal 进行退火 Yjj钢管资讯 | 21. quenching 淬火 Yjj钢管资讯
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quenching crack：淬火裂痕
quench hardening 淬火 | quenching crack 淬火裂痕 | quenching distortion 淬火变形
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depth gauge：深度计;深度规
深拉制法 deep drawing | 深度计;深度规 depth gauge | 淬火 quench
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Quick Disconnect：快速接头
Quench 淬火,骤冷. | Quick Disconnect快速接头. | Quill纬纱绕轴.