摘要
小压机合成大腔体是作者长期坚持的研究方向,并在Φ560mm压机上进行了相当长时间的研究。据了解,目前国内该类型压机仅能合成Φ40~43mm腔体,而我们合成到了Φ46—48mm腔体,在保证质量的情况下,单产提高了15%~20%。文章详细地讨论了顶锤的设计,合成块的设计,不同合成工艺的试验。同时对产量、质量(包括TI、TTI)、顶锤消耗进行了详细的统计、评估。
In the paper, the authors synthesized Φ46~48mm chambers using the Φ560mm press, in which Φ40~43mm chambers were synthesized in domestic at present. As the same quality, the unit yield was increased 15%~20%. It has discussed the design of anvil and assembly block and different synthesizing technology in the details, as well as calculates the yield, quality (including TI, TTI) and anvil consumption.
出处
《超硬材料工程》
CAS
2009年第5期32-36,共5页
Superhard Material Engineering
关键词
金刚石
高压合成
传压介质
中高温锻烧
性能测定
稳定性
diamond
synthesizing at high pressure
pressure medium
sintering
performance test
stability