2016-6. How Does It Work? Part II: Mixing and Degassing
Different techniques of liquid chromatography (LC) mobile-phase mixing can give different results and have different problems. LCGC 34(6) 400-407 (2016) John W. Dolan
Read More →Different techniques of liquid chromatography (LC) mobile-phase mixing can give different results and have different problems. LCGC 34(6) 400-407 (2016) John W. Dolan
Read More →Gradient methods can offer unique solutions to separation problems, but transferring a gradient method from the literature, between laboratories, or even within the same laboratory can be a challenging process. LCGC 31(6) 456-463 (2013) John W. Dolan ERRATA: p. 458, righthand column, 2nd full paragraph, second sentence cites reference (4). […]
Read More →There always seems to be one more way an LC system can fail. LCGC 24(7) 662-668 (2006) Jonathan J. Gilroy and John W. Dolan
Read More →Gradient transfer does not have to be problematic. LCGC 24(5) 458-466 (2006) John W. Dolan
Read More →Inadequate mobile-phase degassing may be the single largest cause of LC problems LCGC 17(10) 908-912 (1999) John W. Dolan
Read More →Some problems have no clear solutions LCGC 14(4) 294-299 (1996) John W. Dolan
Read More →Twenty years of design refinements have led to the improved performance of today’s pumps. LCGC 9(5) 344-348 (1991) John W. Dolan
Read More →LCGC 6(7) 572-576 (1988) John W. Dolan
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