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Supercritical Fluid Database for practical applications of supercritical fluid technology

机译:超临界流体数据库,用于超临界流体技术的实际应用

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摘要

Supercritical fluids are non-condensing: its density may change in a wide range depending on the pressure. This and other exotic characteristics of supercritical fluids has long been known, but it began to attract attention as a new class of solvents only recently. Once brought to the supercritical state, the naturally abundant water or carbon dioxide acts as an innovative medium for energy-saving, safe and environment-friendly chemical processes for the future.rnJapan Chemical Innovation Institute (JCII) has been leading a NEDO joint research program called "Development of Technology to Reduce the Burden on the Environment" since 2000. We attempted to make its accumulated results, ranging from fundamental to application research, open to public for widespread practical use of the technology and provide a basis for more systematic presentation of related data and methodology.
机译:超临界流体是非冷凝性的:其密度可能会因压力而在很大范围内变化。超临界流体的这种和其他奇特的特性早已为人所知,但直到最近才作为一种新型的溶剂开始引起人们的关注。一旦进入超临界状态,自然丰富的水或二氧化碳将成为未来节能,安全和环保化学过程的创新媒介。日本化学创新研究所(JCII)一直领导着NEDO联合研究计划自2000年以来称为“开发技术以减轻环境负担”。我们试图使其积累的成果(从基础研究到应用研究)向公众开放,以供该技术的广泛实际使用,并为更系统地介绍该技术提供基础相关数据和方法。

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  • 来源
    《AIST Today》 |2005年第18期|8-9|共2页
  • 作者

    Yoshiaki Kurata;

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  • 正文语种 eng
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  • 入库时间 2022-08-17 13:55:32

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