Abstract Fine-grained boron carbide and metal boride composites are known for their superhardness, which is used in many industrial technologies. The introduction of binder components in free metallic (alloy) state and/or additional ceramic components can further improve the material mechanical properties by making it more dispersive. A new chemical method is proposed for the synthesis of the fine-grained powder complex composites boron carbide–titanium diboride–tungsten boride–cobalt (B4C–TiB2–WC–Co).

中文翻译：

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合成复杂成分 B4C–TiB2–WC–Co 的细粒粉末

摘要 细晶粒碳化硼和金属硼化物复合材料以其超硬性着称，被用于许多工业技术。引入游离金属（合金）状态的粘合剂组分和/或额外的陶瓷组分可以通过使其更加分散来进一步改善材料的机械性能。提出了一种新的化学方法来合成细粒粉末复合复合材料碳化硼-二硼化钛-硼化钨-钴（B4C-TiB2-WC-Co）。