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液体色谱是最老的一种色谱技术,已有半个世纪的发展历史,是行之有效的分析分离的手段。但是和当代蓬勃开展的气体色谱相比,无论在柱效率、分离效率、自动化和理论方面都相形见绌,望尘莫及。气体色谱在实践和理论上的成就,特别是色谱动力学过程的研究成果,评价了担体性质、粒度、渗透性、移动相和固定相中诸扩散因素对柱效率的运动规律,为经典的液体色谱添加了新的思想,而同时,从气体色谱衍化出来的超临界流体色
Liquid chromatography is the oldest chromatography technology, has half a century of history, is an effective means of analysis and separation. But compared with the thriving gas chromatography of the present era, it is far behind the efficiency of columns, separation efficiency, automation and theory. Gas chromatography in practice and theoretical achievements, especially the chromatographic kinetic process research results, evaluate the carrier properties, particle size, permeability, mobile phase and stationary phase diffusion factors on the column efficiency of the movement of the classic liquid Chromatography has added new ideas, while at the same time, the gas chromatographic derived supercritical fluid color