Abstract

An analytical review of recent studies in the field of electrical explosion of conductors (EEC) has been performed to select modes and conditions of high-resistivity EEC, which is used to produce functional wear-resistant hard-alloy carbide coatings containing refractory metals, their carbides, and nanocarbon particles. The influence of the environment in which the EEC is carried out on the composition of the products obtained is analyzed. The influence of the conductor’s electric explosion modes in gaseous carbon-containing media on the synthesis of refractory metal carbides is considered. The problems of producing the functional composite coatings of metal surfaces are also discussed.

中文翻译：

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导体的电爆炸产生纳米尺寸的硬质合金并施加功能性涂层

摘要

已对导体电爆炸（EEC）领域的最新研究进行了分析性综述，以选择高电阻率EEC的模式和条件，该方法和条件用于生产功能性耐磨硬质合金涂层，这些涂层包含难熔金属，它们的碳化物和纳米碳颗粒。分析了进行EEC的环境对所得产品组成的影响。考虑了气态含碳介质中导体电爆炸模式对难熔金属碳化物合成的影响。还讨论了生产金属表面功能性复合涂层的问题。