现有的钎焊金刚石方法无法避免金刚石石墨化以及高温热损伤, 因此基于金刚石/钎焊合金界面
润湿性, 金刚石钎焊机理, 钎焊金刚石方法, 综合分析影响钎焊金刚石性能的主要因素 …

The existing methods of brazing diamond cannot avoid diamond graphitization and high
temperature thermal damage, so the wettability between diamond and brazing alloy …

Antibiotic resistance in bacteria is a current threat causing an increasing number of
infections of difficult clinical management. While the overuse and misuse of antibiotics are …

Achieving uniformly distributed reinforcement particles in a dense matrix is crucial for
enhancing the mechanical properties of nanocomposites. This study focuses on fabricating …

For the purpose of achieving the industrial requirement of efficient and high precision
polishing of zirconia ceramics, nanodiamond@ SiO 2 abrasives were synthesized by a …

This study investigates the role of sliding counterbodies, which significantly affect the wear
properties and friction of nanocrystalline diamond (NCD) film. The bearing steel balls exhibit …

Diamond tools have been widely used in national defense military, automobile
manufacturing, resource exploitation and other fields. Laser brazing diamond technology is …

Science is the knowledge of the existing laws and principles, whereas, engineering is the
application of such scientific knowledge in building/designing/creating something useful for …

Superhard materials are indispensable for use in cutting and polishing, as well as for
nuclear reactor construction. As a candidate for hard material, ZrC has been extensively …

Since a decade, nanodiamond is the object of a growing interest from researchers,
engineers, and companies. Its outstanding properties inhered from bulk diamond are …