Latest progress and research status of laser cladding ceramic coating was summarized.

综述了激光熔覆稀土陶瓷涂层研究现状及其最新进展.

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The method to select the machining allowance of laser cladding was formulated.

为确定激光熔覆层的加工余量提供了依据.

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Firstly, the interaction between laser beam and powder stream was studied.

根据送粉激光熔覆的特点, 论文首先研究了激光束与粉末流的相互作用.

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Laser cladding is an advanced surface modification technique, having high potential in manufacturing wear - resistant coatings.

激光熔覆技术是一种先进的表面改性技术, 在制造 耐磨 涂层方面具有广阔的前景.

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The result of abrasion - resistant experiment shows that the laser cladding layer is satisfactory.

磨损试验表明,液压泵缸体配流面的激光熔覆层满足使用要求.

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The results show that all of the coatings have excellent resistance, corrosion resistance and oxidation - resistance properties.

研究表明,激光熔覆合成的金属间化合物涂层均具有优异的耐磨 、 耐腐蚀、 抗氧化 等性能.

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However the laser cladding of iron - based alloy brings some problemsas crack, oxidation , burning loss, hole.

工艺的选择等方面着手解决了铁基合金的激光熔覆中存在的容易开裂 、 容易氧化 、 容易产生气孔等问题.

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