Functional realization of electronic elements in liquid state: A review: Introducing electronic characteristics in liquid state

Shivansh Dave, M. Manavadaria
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引用次数: 2

Abstract

Scientific literature and lab experiments on different aqueous liquid samples, are showing important and significant role of liquid state properties for getting few characteristics similar to electronics in solid state. Such studies show possibility of applying the development in field of advanced biological study and therapies involving health monitoring system, quick disease detection, man-machine interface (cyborg-implant), various implants and even in physical phenomenon about liquids and their electronic characteristics. However, these studies are limited and yet to reach the state of the art mark, yet possible future outcomes are attracting attention of many scientists and researchers now days, from both academia and industries. This informative review article shows cumulative results of few experiments in this direction. Summary of concepts of realization of electronic elements in liquid state is included along with discussion and few original verification works. Referred articles are showing concept and electronic-like characteristics development of diode, transistor, memristor and amplifier developed using aqueous liquid samples including human blood serum.
电子元件在液体状态下的功能实现:综述:介绍液体状态下的电子特性
科学文献和对不同含水液体样品的实验室实验表明,液态性质对于获得与固态电子相似的一些特性具有重要和显著的作用。这些研究显示了应用于先进生物研究和治疗领域的可能性,包括健康监测系统、快速疾病检测、人机界面(半机械人植入物)、各种植入物,甚至液体及其电子特性的物理现象。然而,这些研究是有限的,尚未达到最先进的水平,但未来可能的结果正在吸引许多科学家和研究人员的注意,现在来自学术界和工业界。这篇信息丰富的综述文章展示了在这个方向上的一些实验的累积结果。本文概述了电子元件在液体状态下实现的概念,并进行了讨论和一些原始的验证工作。引用的文章展示了利用包括人血清在内的水样液体开发的二极管、晶体管、忆阻器和放大器的概念和电子样特性的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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