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- In the process of laser phase transform hardening or laser surface melting, light absorbing coatings shows importance for improving laser absorbancy. 在激光相变硬化或熔凝处理中,吸光涂料在提高光能利用率方面起到了重要作用。
- laser phase transformation hardening 激光相变硬化
- Laser Phase Transformation Hardening( Laser Quenching) 激光相变硬化(激光淬火)
- Study on Laser Phase Transformation Hardening in Automobile Mould Material Strengthened Surface and Its Application 汽车模具材料表面强化中的激光相变硬化技术的研究与应用
- phase transformation hardening 相变强化
- Forecasting of the Phase Transformation Hardened Zone and Influence Factors in the Surface Heat Treatment by Plasma 等离子表面淬火相变硬化带的预测及影响因素
- The effects of laser transformation hardening (LTH) on the fretting wear of titanium alloy are investigated. 研究了激光淬火对钛合金微动磨损性能的影响。
- The intensity of phase transformation subsides as the cycle number increases. 且随著循环次数的增加,相变化发生的强度会降低。
- The characteristic and mechanism of laser transformation hardening , the technics of laser surface heat treatment were introduced. 主要介绍了激光相变硬化的特点及强化机理、激光表面相变硬化工艺。
- The phase transformation of the silica occurs during the treatment wit... 热爆裂处理过程伴随有二氧化硅粉体的晶型转化。
- This paper investigates the effects of laser transformation hardening (LTH) on the fretting wear of TC11 titanium alloy. 研究了激光淬火对钛合金TC11微动磨损性能的影响。
- It can be concluded that the temperature is the primary parameter influencing the phase transformation of MnO2. 因此,MnO2晶型转变的主要影响条件是温度。
- The structure and performance of steel materials is analyzed after laser quenching , and the research situation of laser transformation hardening in the field of materials science in future. 分析了钢铁材料激光相变硬化后的组织与性能,及近年来激光相变硬化技术在材料科学领域的研究状况。
- Mineral phase transformation during sintering is an important factor influencing the ceramics performance. 烧结过程中的物相变化是影响陶瓷性能的控制性因素。
- The structure and performance of steel materials is analyzed after laser quenching, and the research situation of laser transformation hardening in the field of materials science in future. 分析了钢铁材料激光相变硬化后的组织与性能,及近年来激光相变硬化技术在材料科学领域的研究状况。
- The phase transformation and the microstructure evolution process within ASB in TC16 alloy were explained. 讨论了TC16中绝热剪切带内的相变规律和微观结构演化过程。
- The phase transformation temperature range obviously raises as the Ca content increases. 随钙含量的增加,相变的开始和终了温度均显著升高,相变属吸热反应。
- There is significant value for the phase transformation characteristics of antiferroelectric ceramics. 反铁电陶瓷在外场诱导下的相变特性具有重要应用价值。
- The phase transformation temperature of high Cr cast iron is increased and incubation period of bainit transformation is lowered. 同时,稀土元素提高了高铬铸铁的固态相变温度并缩短了贝氏体的孕育期。
- This paper discusses the characteristics of continuous and microscopic phase field dynamics theory on describing phase transformation of alloys. 讨论了连续体相场动力学与微观相场动力学理论在描述合金相变方面各自的特点。