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Laser-induced chemical liquid phase deposition method for precipitation of Au-Cu alloy

机译:激光诱导的化学液相沉积方法,用于沉淀Au-Cu合金

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Since the very beginning the laser-assisted methods have become of critical importance for the metal deposition. Various laser techniques allow metal precipitation on the different kinds of the materials. One of them is the Laser-induced chemical liquid phase deposition (LCLD), which is considered among the others to be the most promising and efficient. Indeed, the LCLD method offers convenient way of the metal precipitation with rather high uniformity of the morphology and good electrical properties of the deposits [1-4]. In spite of the achieved high quality of the metal structures the ongoing attempts are undertaken for the improving of the deposition efficiency and the quality.
机译:由于开始激光辅助方法对金属沉积具有至关重要的重要性。各种激光技术允许在不同种类的材料上沉淀。其中一个是激光诱导的化学液相沉积(LCLD),其在其他中被认为是最有前途和有效的。实际上,LCLD方法提供了金属沉淀的方便方式,具有相当高的形态均匀性和沉积物的良好电性能[1-4]。尽管达到了高质量的金属结构,但持续的尝试是为了提高沉积效率和质量。

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