设计了一种用于微波消解仪的光纤荧光测温系统。
A fluorescence optical fiber temperature measuring system, which can be applied to microwave digestion instrument, has been developed.
近年来，微波消解仪中逐步采用光纤温度传感技术。
In recent years, the technique of fiber temperature sensor was applied to the microwave digestion instrument gradually.
采用全自动微波消解仪对样品进行前处理，消解液用ICP进行检测。
First the sample was decomposed with the full automatic microwave, and then analyzed by the ICP.
在对国内外研究现状进行深入分析的基础上，设计了一种用于微波消解仪的光纤荧光测温系统。
Based on thoroughly analyzing to the present research at home and abroad, we have designed fluorescence optical fiber temperature measuring system applies to microwave digestion instrument.
2005年，公司又推出改良升级版——框架式结构高压消解罐WX- 4000型微波消解仪。
In 2005, the company further launched its updated version-framed structure high pressure digestion system, namely WX-4000 microwave digestion system.
应用微波消解技术和原子荧光光谱仪以氢化物发生原子荧光光谱法测定了山梨糖醇液中砷的研究。
A method for determination the content of arsenic in sorbitol solution by the technology of microwave digestion and hydride generation —atomic fluorescence spectrometry was studied.
应用微波消解技术和原子荧光光谱仪以氢化物发生原子荧光光谱法测定了山梨糖醇液中砷的研究。
A method for determination the content of arsenic in sorbitol solution by the technology of microwave digestion and hydride generation —atomic fluorescence spectrometry was studied.
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