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首页> 外文会议>International Symposium on Nitrides; 20060403-05; Eskisehir(TK) >SPS Technology - A New Range of Possibilities for the FAST Consolidation of Innovative Material
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SPS Technology - A New Range of Possibilities for the FAST Consolidation of Innovative Material

机译：SPS技术-快速整合创新材料的新可能性

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摘要

Having emerged from its initial stage only recently, the new Spark Plasma Sintering technology (SPS) allows the production of modern structural ceramic materials that cannot be consolidated by means of conventional methods. Up to now, SPS has been successfully applied in the development of monolithic and composite materials such as dispersion-strengthened materials, metal-metal composites and special metals and still implies unprecedented opportunities. Introduced are process technologies for basic research and development as well as complete solution approaches for serial production and the making of larger parts of the mentioned materials.
机译：新的火花等离子烧结技术（SPS）刚刚起步不久，就可以生产无法通过常规方法进行固结的现代结构陶瓷材料。到目前为止，SPS已成功地用于整体和复合材料的开发，例如分散增强材料，金属-金属复合材料和特殊金属，并且仍然蕴含着前所未有的机遇。介绍了用于基础研究和开发的工艺技术，以及用于批量生产和制造上述材料的较大部分的完整解决方案。

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