chromatography造句
1. The chapter on adsorption chromatography follows a similar pattern.
2. Thin layer chromatography or spectrophotometry is used for screening.
3. This is the simplest form of adsorption chromatography.
4. Quantitation usually requires gas or high performance liquid chromatography or immunoassay.
5. Two of the most important are liquid-phase chromatography and solvent extraction.
6. Having proposed suitable nomenclature for gas chromatography and ion exchange, the commission then developed a unified nomenclature for chromatography.
7. Chromatography is particularly useful in organic synthesis in separating and recovering the components of a mixture.
8. In paper chromatography, the solid phase is paper on which the sample is placed directly.
9. In both types of chromatography, portions of each component remain dissolved in the mobile phase.
10. Method: By microscopic observation and thin-layer chromatography.
11. TBA, iodometric method, oxidative index and gas liquid chromatography.
12. Liquid chromatography (LC) is one of the most effective way to separate and purify biopolymer, and also a powerful tool to be used for protein refolding.
13. Methods: Using heavy caliber capillary gas chromatography with headspace sampling.
14. A liquid chromatography - photoionization - mass spectrometry method was developed for thedetermination of chloramphenicol antibiotics in fish meats.
15. Gradient elution chromatography was applied to determine the ginsenoside contents in Shengmai injections.
16. There is no mention of environmentally important techniques as gas chromatography, mass spectrometry, atomic absorption spectrometry, etc.
17. Total bile acid concentration was calculated as the sum of all gas liquid chromatography detected individual bile acids.
18. Protein bound leucine Leucine was separated from other amino acids in the protein hydrolysate by preparative ion exchange chromatography.
19. He gets through a couple of bottles a year for chromatography.
20. This revised and expanded edition has two new chapters on capillary electrophoresis and supercritical fluid chromatography.
21. The next two chapters focus on the process environment, successively on automated sampling and chromatography.
22. OBJECTIVE A method for the determination of content of tricin in extraction solution of tricin was established by re-versed-phase high performance liquid chromatography.
23. AS - 2 thus obtained homogeneous as shown by Sepharose CL - 4 B column chromatography and cellulose acetate film electrophoresis.
24. Content of biotin in fermentation liquid was determined with high performance liquid chromatography ( HPLC ).
25. A method for separation and determination of cantharidin from the culture of medicinal fungi using capillary gas chromatography was developed.
26. The method for determination of pentoxifylline in pentoxifylline sodium chloride injection by reversed phase high performance liquid chromatography was set up.
27. The determination of malathion residues in grain by gas chromatography is introduced.
28. The wastewater from carbendazim production has been analyzed by chromatography, mass spectrography, infrared and UV spectrometry.
29. The benzoic acid and sorbic acid in food were analyzed with capillary gas - chromatography.
30. A method was introduced for determining chloroneb by gas chromatography on OV-101 chromatographic column and flame -ionization detector using dibutyl phthalate as internal standard .
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