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materials can be sustained without the occurrence of softening hardening. The experimental data from this study support this assertion, which broke the people's traditionalunderstanding of material hardening mechanism, for the development of high performance ultra hard material direction. If thisprinciple and technology applied to other materials, especially thediamond, the hardness, toughness and stability will be greatly improved, new hardness records will be born, this will have a profound influence on the development of the machinery industry.
《自然》杂志以亮点新闻稿“出类拔萃的超硬材料”向国际媒体介绍了该项成果，并指出“这个新材料能够打开广泛的工业应用”，迅速引起了广泛关注，以德国国家电台、《科学美国人》、“美国连线”为代表的众多世界著名媒体和杂志都进行了专题报道，正如美国连线记者NathanHurst指出的那样：“金刚石是世界上最硬的材料这只是个误传的‘事实’”。美国材料研究会在其Materials360科学网站上撰文“作为切削工具，新的极硬立方氮化硼挑战金刚石”，文中指出：“钻石是永恒的，但作为世界上最硬材料的地位可能受到了挑战。研究者发现，通过将特征显微组织尺寸减小到过去未曾达到的尺度，立方氮化硼可以达到极高硬度的新水平。超硬的、韧的和稳定的这些特性使立方氮化硼的应用甚至可能超过金刚石”。 " Natural " magazine to highlight news release " rise above the common herd superhard material " to the international media introduced the achievements, and pointed out that " the new material can open widely industrial application ", quickly attracted wide attention, to the German national radio, " Scientific American ", "America line " as the representative of the many world famous the media and the magazine was reported, as America wired reporter Nathan Hurst points out: " the diamond is the world's most hardmaterials, this is just a misinformed ' fact ' ". America materials research in the science of Materials360 wrote on the web site " as cutting tools, diamond, (Editor：admin) |