Abstract
Detonation gun spraying, a technique of thermal spraying, achieves well-bonded dense protective coatings through ultrahigh velocity, medium temperature deposition of powders. The powdered feedstock materials range from metallic alloys to hard ceramics, enabling wear-resistant coatings to be formed. In this paper the science and technology of detonation spraying will be reviewed relative to other associated methods of thermal spraying (e.g. plasma spraying). Special attention will be centred on optimization methods for a range of engineering applications. The mechanism of formation of detonation-sprayed coatings will be discussed.
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