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- flame ionization analyzer and detector 火焰电离分析检测器
- flame ionization analyzer 火焰电离分析仪
- The flame ionization detector is used for the detection of the effluents. 用火焰离子化检测器可以用来探测废水。
- Method: CBPI-M25-0.25 capillary column and hydrogen flame ionization detector were selected. 方法:采用CBP1-M25-0.;25石英毛细管柱;检测 器为氢火焰离子化检测器。
- This method made use of hydrogen flame ionization detector(FID) and counted by area normalization method. 该方法采用氢火焰离子化检测器,并用面积归一化法进行计算。
- To avoid them,a new alternate method which combines thin layer chromatography(TLC)with hydrogen flame ionization detector(FID)is adopted. 为使其改进;采用薄层色谱(TLC)与氢火焰离子化检测器(FID)相结合的新方法.
- Some kinds of micro organic amine in water were direct determined using gas chromatograph with hydrogen flame ionization detector(FID). 用配有氢火焰离子化检测器(FID)的气相色谱仪直接测定水中多种微量有机胺。
- In view of different volatile substance in beer, PEG column and FID (hydrogen flame ionization detector) were selected in the measurement. 针对啤酒酒中不同的挥发性物质可选择PEG柱和氢火焰离子化检测器(FID)法进行检测；
- The paper introduced the method used to determine oxygenates in gasoline by gas chromatography and oxygen selective flame ionization detection. 采用氧选择性火焰离子化检测器,用一根非极性毛细管色谱柱作为分析柱,测定无铅汽油中含氧化合物的含量及总氧含量。
- Each component ultimately reaches the Flame Ionization Detector, the most commonly used detector in GC (Air + Hydrogen gas, ratio 10:1). 每个组份最后都会到达火焰离子化检测器，这是气相色层分析最常用的检测器(空气+氢气，比率是10:1)。
- As to GC with a workstation, this paper introduced a new method used to evaluate the uncertainty of calibration for detection limit by flame ionization detector. 本文针对带工作站的GC介绍了气相色谱仪氢火焰离子化检测器检测限校准的不确定度评定新方法。
- Method: The GC method using chromosorb WAW with 10%PEG-20M as the stationary phase,and the column temperature was 190 C. Hydrogen flame ionization detector was speci- fied. 方法:气相色潜法,3mm×4m不锈钢柱,10%25PEG-20M为固定液,Chromosorb WAW 60-80目担体,FID检测器,柱温190℃;
- Hydrocarbon impurities in propylene were determined with capillary gas chromatography (GC) by using PLOT/ Al 2 0 3 quartz capillary column and flame ionization detector (FID). 以PLOT/Al2 O3 石英毛细管柱为分析柱 ,采用氢火焰离子化检测器 ,建立了测定丙烯中烃类杂质含量的毛细管气相色谱法。
- Abstract Trace amount of DBP and MBP in TBP-kerosene system is determined by gas chromatography with FID (Flame Ionization Detector) and fused silica capillary column. 摘要 用气相色谱的氢火焰离子化检测器及熔融石英毛细管柱测定在煤油体系中痕量的DBP(磷酸二丁酯)和MBP(磷酸一丁酯)。
- A gas-solid chromatographic technique using flame ionization detection and a Porapak Q column has been used for the identification and determination of ethanol, isopropanol, and acetone in pharmaceutical preparations. 装配有火焰离子化检测器及Porapak Q柱的气-固色谱技术在药物制备中一直被用来鉴定和检测乙醇、异丙醇以及丙酮。
- Enriched elution was injected directly into 2.0% DNP-2,5% Bentone/101 white support column to be separated,and then petected by flame ionization detector under constant temperature. 富集后的洗脱液直接注入2.;0%25DNP－2
- Sulfur compounds in desulfurized liquefied petroleum gas were separated and analyzed by large _ bore capillary gas chromatography with flame ionization detector-double photometric detector as well as GC-MS. 17 kinds of sulfur compounds were identified. 利用大口径毛细管色谱柱、不分流进样、氢焰离子化检测器 (FID)、双火焰光度检测器(DFPD) ,与气相色谱 -质谱 (GC -MS)联用技术相结合 ,对脱硫后的液化气进行测定 ,成功地鉴定出17种含硫化合物。
- The sample was dissolved with acetone containing an internal marker. After ultrasonic extraction, d-cyphenothrin in the sample solution was separated in a glass column packed with SE-30 and determined by flame ionization detection (FID). 样品溶于含有内标物的丙酮中,经超声波萃取后,用SE-30玻璃填充柱分离并用火焰离子化检测器测定右旋苯氰菊酯。
- After used for a period of time, the flame ionization detector (FID) in Agilent 6890GC gas chromatograph in Zhuhai Power Station suffered from baseline abnormal noise and drift as well as declined sensitivity, which impacted its accuracy of detection. 珠海发电厂使用的Agilent6890GC型气相色谱仪的火焰离子化检测器(FID)在使用了一段时间后出现了基线异常噪声和漂移,灵敏度下降,影响了检测准确度。
- The impact of makeup gas for packed column on sensitivity of FID (Flame Ionization Detector) was studied with different concentration sample and different carrier gas flow in order to find out optimal sensitivity of Gas Chromatogram. 摘要本文研究气相色谱填充柱在不同柱流量和不同浓度的苯系物样品，使用尾吹气对FID检测器灵敏度的影响，以确定分析仪器的最佳灵敏度。
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