Reijenga Jetse, van Hoof Arno, van Loon Antonie, Teunissen Bram
Department of Chemical Engineering and Chemistry, Eindhoven University of Technology, Eindhoven, The Netherlands.
Anal Chem Insights. 2013 Aug 8;8:53-71. doi: 10.4137/ACI.S12304. eCollection 2013.
The acid dissociation constant (pKa) is among the most frequently used physicochemical parameters, and its determination is of interest to a wide range of research fields. We present a brief introduction on the conceptual development of pKa as a physical parameter and its relationship to the concept of the pH of a solution. This is followed by a general summary of the historical development and current state of the techniques of pKa determination and an attempt to develop insight into future developments. Fourteen methods of determining the acid dissociation constant are placed in context and are critically evaluated to make a fair comparison and to determine their applications in modern chemistry. Additionally, we have studied these techniques in light of present trends in science and technology and attempt to determine how these trends might affect future developments in the field.
酸解离常数(pKa)是最常用的物理化学参数之一,其测定在广泛的研究领域中备受关注。我们简要介绍了pKa作为物理参数的概念发展及其与溶液pH概念的关系。随后,对pKa测定技术的历史发展和现状进行了总体总结,并试图洞察未来的发展趋势。将十四种测定酸解离常数的方法置于相应背景下进行严格评估,以进行公平比较并确定它们在现代化学中的应用。此外,我们根据当前的科技趋势研究了这些技术,并试图确定这些趋势可能如何影响该领域的未来发展。