In ideal displacement chromatography systems with infinite mass-transfer kinetics , ยฎarious solutes are separated by sharp discontinuities. In real systems, howeยฎer, the shocks are eroded into shock layers because of the finite rates of mass transfer. The thickness of these shock layers, which can r
A theoretical approach to ion exchange displacement chromatography
โ Scribed by Gengliang Yang; Hongyi Zhang; Zhide Hu; Hanwen Sun
- Publisher
- John Wiley and Sons
- Year
- 1999
- Tongue
- English
- Weight
- 100 KB
- Volume
- 10
- Category
- Article
- ISSN
- 1042-7147
No coin nor oath required. For personal study only.
โฆ Synopsis
In this paper, the NernstยฑPlanck equation, in which the strong coupling effects between the various species are considered by including electrical influence produced by ion transfer, is introduced to the study of ion exchange displacement chromatography and the solution of concentration distribution is obtained for the steady state. In addition, the limitations of the original differential equations are also disscussed for the case of ion exchange displacement chromatography.
๐ SIMILAR VOLUMES
Atomic Kinematics -- Atomic Dynamics -- Quantized Electromagnetic Field -- Field Dynamics -- The Jaynes-cummings Model -- Collective Interactions -- Atomic Systems In A Strong Quantum Field -- Quantum Systems Beyond The Rotating Wave Approximation -- Models With Dissipation -- Quasi-distributions In
Atomic Kinematics -- Atomic Dynamics -- Quantized Electromagnetic Field -- Field Dynamics -- The Jaynes-cummings Model -- Collective Interactions -- Atomic Systems In A Strong Quantum Field -- Quantum Systems Beyond The Rotating Wave Approximation -- Models With Dissipation -- Quasi-distributions In
A theoretical discussion is presented for the separation attainable via adsorption at the surfaces of bubbles rising up through a liquid solution. This heretofore neglected operation, which is culled bubble frocfioncition, differs from both foam fractionation and gas desorption.
Atomic Kinematics -- Atomic Dynamics -- Quantized Electromagnetic Field -- Field Dynamics -- The Jaynes-cummings Model -- Collective Interactions -- Atomic Systems In A Strong Quantum Field -- Quantum Systems Beyond The Rotating Wave Approximation -- Models With Dissipation -- Quasi-distributions In