1. Common PEG capillary column and FID wasin this method.

2. Nanomedicine isn't just about getting fid of the bad -- it's about enhancing the good.

3. Methods:Active carbon tube adsorption were used for sampling of methacrylonitrile, then thermal desorption analysis was performed by GC(FID).

4. Methods Solvents such as 1,2-dichloroethane, trichloromethane and carbon tetrachloride were sampled with charcoal tube. With carbon disulfide as the desorption solvent GC(FID)analyses were performed.

5. A method of GC FID is established for the determination of reaction products in synthesizing TAME with methanol and isopentene as raw materials and pentane as solvent.

6. We introduce the establishment and optimization of capillary gas chromatography-flame ionization detection (FID) for analysis of acetylated oligosaccharides.

7. This paper reported the determination of menthol and methyl salicylate in Da shen oil by GC with PEG-20M as immobile Liquid and detector:FID.

8. For the analysis of hydrocarbon species a FID ( flame ionization detector ) can be used.

9. The method use FID and count by area normalization method.

10. A capillary GC method with FID detector for the determination of residual organic solvents ethanol, isopropanol, dichloromethane, n-hexane, tetrahydrofuran[ ], DMF and dimethyl malonate was established.

11. By setting up the lists of FID inhibit handler, FID exclusion and dynamic priority, the operation states of FID are changed real-time.

12. Objective: To established a GC method with FID detector for determination of residual organic solvent dichloromethane, trichloroethylene, trichloromethane, dioxane in Ranitidine hydrochloride capsule.

13. By using Microfluidic splitter and GC-MS/FID, the method analyzes the paraffin oil on quantity and quality, and determinates carbon distributions and quality of paraffin oil.

14. It is based on the measurement of the free induction decay (FID) signal of the solid phase (protein and carbo hydrate) and the liquid phase (oil) of oilseed.

15. METHODS A packed and capillary subcritical water chromatography - FID detection system was built up.

16. HP-5 capillary column was used for separation, diethyl phthalate as internal standard and FID for detection.

17. Charcoal adsorption and thermal desorption were used for the sampling of propylene analysisby GC ( FID ).

18. To lift ( an upper mast ) in order to remove the fid before lowering.

19. The characteristics flavoring compositions in liquor were determined by capillary column gas chromatography FID detector simultaneously.

20. The determination method of ethylene chlorohydrin content by using FID chromatograph polyethylene glycol 20M chromatographic column was introduced.

21. A method of quantitative analysis for allethrin, permethrin and piperonyl butoxide in insecticidal aerosol for household has been studied by GC FID.

22. Cyanobenzene and m-cyanotoluane were quantitatively analysed by quartz capillary gas chromatography with SE-30 stationary liquid and FID detector, and n-dodecane as the internal standard.

23. To avoid them, a new alternate method which combines thin layer chromatography ( TLC ) with hydrogen flame ionization detector ( FID ) is adopted.

24. A method is described for the determination of fenpropathrin by gas chromatography with FID on 3% OV-101 column using triphenyl phosphate as internal standard.

25. Trichloroacetic acid was esterified by acid and methanol and FID detector was used.

26. This method made use of hydrogen flame ionization detector ( FID ) and counted by area normalization method.

27. A DB - 624 quartz capillary column and a FID were used.

28. Adsorption on charcoal, solvent desorption and analysis by GC ( FID ) were performed.

29. The result obtained by TCD was consistent with that obtained by FID.

30. METHOD: Headspace GC method was adopted for the determination with SE 30 capillary column and FID detector.

31. An improved FID design made by Varian Chromatography Systems was introduced briefly.

32. It is theoretically explained by analysing the FID of a spin - 1 system.

33. Objective:To establish a method for determination of Bromocriptine mesylate in Bromocriptine mesylate Tablets by Gas Chromatography. Methods: GC/FID.

34. Gas chromatography FID detector structure and features, the common troubles and troubleshooting Methods: Were introduced.

35. The method solid adsorbent - solvent desorption and analysis by GC ( FID ) was used to determine the preferential surveillant gas.