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本系统从硬件电路设计到软件设计，充分利用了计算机资源，可以同时对8路化学镀实验数据进行采样、储存、计算和作图等处理，提高了实验效率，减少了实验误差，提高了可靠性。而且节约了实验成本，方便了实验者． 相似文献
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This paper presents surface modifications of aluminum-alloy induced by laser-shock processing (LSP). In the first part, the basic principles are discussed to provide an overview of the physical processes involved in laser shock processing, and to introduce pressure loadings generated by different laser generators. In the second part, emphases are given to the effects of laser intensity, target material, laser pulse duration and laser wavelength, and uniform and localized modeling of fatigue behavior after LSP. In the third part,experimental results are given to show the laser-induced pure mechanical effects on aluminum-alloy by using LSP. 相似文献
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本系统从硬件电路设计到软件设计,充分利用了计算机资源,可以同时对8路化学镀实验数据进行采样、储存、计算和作图等处理,提高了实验效率,减少了实验误差,提高了可靠性.而且节约了实验成本,方便了实验者. 相似文献
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This paper presents surface modifications of aluminum-alloy induced by laser-shock processing (LSP). In the first part, the basic principles are discussed to provide an overview of the physical processes involved in laser shock processing, and to introduce pressure loadings generated by different laser generators. In the second part, emphases are given to the effects of laser intensity, target material, laser pulse duration and laser wavelength, and uniform and localized modeling of fatigue behavior after LSP. In the third part,experimental results are given to show the laser-induced pure mechanical effects on aluminum-alloy by using LSP. 相似文献
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