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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >ABSORPTION DYNAMIC BEHAVIOUR OF METALS DURING CO2 LASER SOLID STATE TREATMENTS
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ABSORPTION DYNAMIC BEHAVIOUR OF METALS DURING CO2 LASER SOLID STATE TREATMENTS

机译:CO2激光固态处理过程中金属的吸收动力学行为

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摘要

In order to control CO2 laser treatments, precise knowledge of the CO2 radiation-surface coupling is required. For this purpose, a numerical identification of the absorption coefficient was achieved from thermal cycles measurements and computations. Variations of the coupling during the laser treatment were studied both in the case of the hardening of pre-coated steel (XC 55: 0.55% C, 0.18% Cr with graphite and manganese phosphate coatings) and in the case of the solid state nitriding of titanium alloys (TA6V). [References: 25]
机译:为了控制CO2激光治疗,需要对CO2辐射-表面耦合有精确的了解。为此,通过热循环测量和计算实现了吸收系数的数值识别。在预涂钢(XC 55:0.55%C,石墨和磷酸锰涂层的XC 55:硬化)硬化和固态氮化处理的情况下,都研究了激光处理过程中耦合的变化。钛合金(TA6V)。 [参考:25]

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