国内外OTC畅销品种分析与开发前景 - docin.com豆丁网 e n t C h r o ma t o g r a p h y ， H S C C C ） 、 微波萃取技术（Mi c r o wa v e As s i s t e d Ex t r a c t i o n ， MAE） 、 高速离心技术、 超滤、 超微粉碎技术、 纳米技术、 采用特殊吸附剂的新吸附技术、 喷雾干燥、
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microwave assisted extraction MAE 微波辅助萃取
microwave-assisted extraction mae 微波辅助提取
microwave-assisted extraction method 微波辅助萃取法
focused microwave assisted extraction 聚焦微波辅助萃取
Dynamic Microwave-assisted Extraction 动态微波辅助萃取
microwave-assisted extraction apparatus 微波萃取装置
microwave-assisted extraction mechanism 微波萃取机理
microwave-assisted extraction technology 微波提取技术
pressurized microwave-assisted extraction 密闭式高压微波辅助提取法
The recent development and application of microwave assisted extraction for organochlorine, organophosphorus pesticide residue analysis were reviewed in this paper.
本文综述了近年来国内外微波辅助萃取技术在有机磷、有机氯及其他农药残留分析中的应用。
Microwave assisted extraction methods have shown many advantages: simplicity, speed, low consumption of solvent , and possibility of using water as extraction solvent.
微波萃取方法具有方便、快速、试剂消耗低、回收率高和可用水作萃取溶剂的优点。
Compared with the traditional water extraction method, microwave-assisted extraction have the advantage of higher extraction rate, less extraction time.
与热水直接浸提法相比，微波辅助水浸提能显著缩短提取时间，提高提取率。
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