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The third century of electrochemistry: Lowering the horizon or raising it further?

机译:电化学的第三世纪:放宽视野还是进一步提高视野?

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A survey is given of the development of electrochemistry with an author’s non-hidden wish for more advanced development in future. The survey is based on past achievements of electrochemistry listed shortly here. As far as the recent state is concerned, dissatisfaction is expressed with the acceptance of electrochemistry both as profession of graduated students, and a priority field in financing research, as well. For the sake of truth an alternative view is mentioned that takes the recent state of electrochemistry as normal and in accordance with the usual course of development, (i.e. birth, rise, achieving of maximum and then decay, fading, etc.), that is common in the nature. This statement is based on a belief that today electrochemistry exists on a broader basis than before, and is mainly incorporated in other (new) branches of chemistry and science. Examples are given where recent electrochemistry failed to fulfill the promises (e.g., production of cheap hydrogen by means of electrocatalysts with high performance for H2 evolution, economical use of large scale fuel cells, etc.). In summarizing the recent fields of interest that covers electrochemistry, it is stressed out their diversification, specialization, complexness and interdisciplinary nature. A list of desirable highlights that could possibly help electrochemistry to improve its rating among other science branches is composed. Also, a list of author’s personal preferences is given.
机译:针对电化学的发展进行了一项调查,作者不希望将来会有更进一步的发展。这项调查基于此处不久列出的过去电化学成就。就最近的状态而言,对电化学作为研究生的职业以及资助研究的优先领域表示不满。为了真实起见,提到了另一种观点,即以最近的电化学状态为正常并且按照通常的发展过程(即出生,上升,达到最大值然后衰减,褪色等),即自然界中常见。这种说法是基于这样一种信念,即今天的电化学存在范围比以前更广泛,并且主要并入化学和科学的其他(新)分支中。给出了最近的电化学未能实现承诺的例子(例如,通过对H 2析出具有高性能的电催化剂生产廉价的氢气,经济地使用大规模燃料电池等)。在概述涵盖电化学的最新兴趣领域时,强调了它们的多样化,专业化,复杂性和跨学科性质。列出了可能有助于电化学提高其在其他科学分支中的评级的理想要点。此外,还会列出作者的个人喜好列表。

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