CAJ | 학술논문

本文简介了低温等离子复合技术。采用该技术可以在单晶金刚石颗粒表面获得强力结合的多层金属层、合金层及陶瓷涂层。该技术还可使金刚石表面涂层与金刚石之间形成强键结构过渡层。多层结构的包衣金刚石具有许多优点：提高了单颗粒金刚石抗压强度、高温条件下的抗氧化能力以及提高包衣金刚石与胎体材料之间的冶金结合能力等等。最后介绍了我们用低温等离子复合技术制备的川Ⅱ号包衣金刚石锯片刀头的使用效果。
본문간개료저온등리자복합기술。채용해기술가이재단정금강석과립표면획득강력결합적다층금속층、합금층급도자도층。해기술환가사금강석표면도층여금강석지간형성강건결구과도층。다층결구적포의금강석구유허다우점：제고료단과립금강석항압강도、고온조건하적항양화능력이급제고포의금강석여태체재료지간적야금결합능력등등。최후개소료아문용저온등리자복합기술제비적천Ⅱ호포의금강석거편도두적사용효과。
In this paper are introduced the low-temperature plasma composite technology. The clad diamond with multilayer films of metals, alloys or metalceramics are manufactured by low-temperature plasma composite technology. The conditions forming strong bond structure transition zone between the coating and diamond are obtained. The multilayer structure clad diamond have such advantages as: comperssion strength and oxidation resistance of diamand at high temperature and metallurgical bond strength between the clad diamond and the matrix material are increased. The applications of multilayer structure clad diamond are also introduced.