超临界流体是一种新的分离技术。
超临界萃取是一种新的分离技术。
As a new separation technology, supercritical extraction is becoming more and more important.
本项目的关键是寻找合适的超临界介质。
The key of the project is to find out the appropriate supercritical media.
超临界状态下的科学研究。
超临界技术是近几年来化工行业研究的热点。
The supercritical technology is the hot spot of chemical industry in recent years.
对超临界流体技术的最新研究进展进行了评述。
The new progress of supercritical fluid technology was briefly reviewed in this article.
因此，超临界机组有着特殊的控制特点和难点。
Therefore, the supercritical unit has the special control characteristic and the difficulty.
超临界水氧化法是一种很有前途的废水处理方法。
The supercritical water oxidation (SCWO) is a kind of promising waste water treatment method.
结论超临界流体技术在生物工程领域的应用大有潜力。
Conclusions SCF technology is applied in bioengineering field with great potential of progress.
超临界水氧化法是一种新兴且非常有效的废水处理方法。
超临界流体技术的应用能够拓展对于生物质的开发利用。
The SCF technology can expand the application in the development of biomass.
应用超临界二氧化碳萃取技术，研究了肉桂皮油的提取工艺。
Extraction technique of chinese cinnamon oil by supercritical carbon dioxide method was studied.
简要介绍了超临界抽提法相比于其他抽提方法的优势和优点。
In this paper, given the advantage of supercritical fluid fractionation to other fractionations.
超临界二氧化碳流体染色作为一种新型染色技术越来越得到关注。
Dyeing in supercritical CO_ 2 as a new process has been receiving much attention.
利用地效翼卸载技术实现海上运输平台高超临界航行，是一种全新的概念。
This paper presented a new theory of high supercritical planning by wing-in-ground effect unloading technology.
结果表明，超临界水中的氧化反应能有效去除染料废水中的苯胺，降解率可达97.21%；
The experimental results show that aniline destruction rate can be reach to 97.21% by SCWO;
结果表明，超临界水中的氧化反应能有效去除染料废水中的苯胺，降解率可达97.21%；
The experimental results show that aniline destruction rate can be reach to 97.21% by SCWO;
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