介绍了三种实验室气相色谱仪气路改装系统和多种提高仪器分析灵敏度的方法。
Three types of refitting of the gas flow control system of laboratory GC and lots of methods of improving analytical sensitivity of GC are introduced.
应用离子色谱法、GC-FTIR联用法、气相色谱法对相关气室的气体进行了分析。
The gas in the gas chambers concerned are analyzed by ion chromatography, GC-FTIR method, and gas chromatography.
本文运用气相色谱法，对渤海微生物自然混合菌群降解20号重柴油中的烷烃的能力进行了实验室研究。
An experiment was conducted using gas chromatography to study then-alkanes in No. 20 diesel oil, which was degraded by the natural strains of microorganisms from the Bohai Sea.
目前国内很多实验室采用气相色谱法对CO组分进行定值，本文就气相色谱法和气体滤光相关技术对CO的定值结果进行了比对。
At present many home laboratories use gas chromatography methods to measure co, this passage compared gas chromatography methods with gas filter correlation technique.
苯的检出限低至1 p g，优于配备氢火焰检测器的实验室气相色谱仪两个数量级。
The detection limit is as low as 1pg for benzene, two orders of magnitude better than the gas chromatograph with FID.
液相色谱、气相色谱、原子吸收、原子荧光室前处理间或缓冲间需要进行排风。
HPLC, GC-MS, AAS, and spectrometer atomic fluorescence on 5th floor need air exhaust function.
液相色谱、气相色谱、原子吸收、原子荧光室前处理间或缓冲间需要进行排风。
HPLC, GC-MS, AAS, and spectrometer atomic fluorescence on 5th floor need air exhaust function.
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