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1986
In liquid-liquid chromatography the separation of the components of a mixture results from the distribution of the solutes between two immiscible liquids. One liquid is immobilized in the pores of a solid support and acts as the stationary phase. The other liquid, saturated with the stationary phase, is used as the mobile phase.
J. C. Kraak, J. P. Crombeen
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In liquid-liquid chromatography the separation of the components of a mixture results from the distribution of the solutes between two immiscible liquids. One liquid is immobilized in the pores of a solid support and acts as the stationary phase. The other liquid, saturated with the stationary phase, is used as the mobile phase.
J. C. Kraak, J. P. Crombeen
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Countercurrent Chromatography: Liquid-Liquid Partition Chromatography without Solid Support
Science, 1970The liquid-liquid partition chromatographic system reported here involves a long helix of narrow-bore tubing. When the coiled tube is filled with one phase of a two-phase system and fed with the other phase, phase-interchange takes place in each turn of the coil, leaving a segment of the former phase as the stationary phase.
Y, Ito, R L, Bowman
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Science, 1982
Classical liquid chromatography gave rise 15 years ago to new ideas about high-speed separations. Today, difficult separations can be made almost routinely by use of liquid chromatography instruments with automated controls and sensitive detectors. Sorptive effects are often best achieved with small, porous, "bonded phase" particles.
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Classical liquid chromatography gave rise 15 years ago to new ideas about high-speed separations. Today, difficult separations can be made almost routinely by use of liquid chromatography instruments with automated controls and sensitive detectors. Sorptive effects are often best achieved with small, porous, "bonded phase" particles.
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Fast Protein Liquid Chromatography
2010Fast protein liquid chromatography (FPLC) is a form of high-performance chromatography that takes advantage of high resolution made possible by small-diameter stationary phases. It was originally developed for proteins and features high loading capacity, biocompatible aqueous buffer systems, fast flow rates, and availability of stationary phases in ...
Ashkan, Madadlou +2 more
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Latest Trends on the Future of Three-Dimensional Separations in Chromatography
Chemical Reviews, 2021Suhas Nawada +2 more
exaly
CHROMATOGRAPHY: LIQUID | Partition Chromatography (Liquid–Liquid)
2000C. Wingren, U.-B. Hansson
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CHROMATOGRAPHY: LIQUID | Micellar Liquid Chromatography
2000M.L. Marina, M.A. García
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CHROMATOGRAPHY: LIQUID | Electrochemically Modulated Liquid Chromatography
2000M.D. Porter, H.D. Takano
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