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首页> 外文期刊>International Journal of Applied Research on Information Technology and Computing >An Informatics Technical Note on Interaction of DNA-Graphene Chemical Sensor System as Reaction-Diffusion Wave-Based Computing System in Ionised Gaseous environments and their Applications Using Theoretical Studies and Scientific Computation Overview
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An Informatics Technical Note on Interaction of DNA-Graphene Chemical Sensor System as Reaction-Diffusion Wave-Based Computing System in Ionised Gaseous environments and their Applications Using Theoretical Studies and Scientific Computation Overview

机译：基于理论研究和科学计算概述的DNA-石墨烯化学传感器系统作为基于反应扩散波的计算系统在电离气态环境中的相互作用及其应用的信息学技术说明

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摘要

The physics of plasmas encompasses basic problems from the universe and has assured us of promises in diverse applications to be implemented in a wider range of scientific and engineering domains, linked to most of the evolved and evolving fundamental problems. Substantial part of this domain could be described by R-D mechanisms involving two or more species (reaction-diffusion mechanisms). These could further account for the simultaneous non-linear effects of heating, diffusion and other related losses. We mention here that in laboratory scale experiments, a suitable combination of these processes is of vital importance and very much decisive to investigate and compute the net behaviour of plasmas under consideration. Plasmas are being used in the revolution of information processing, so we considered in this technical note a simple framework to discuss and pave the way for better formalisms and Informatics, dealing with diverse domains of science and technologies. The challenging and fascinating aspects of plasma physics is that it requires a great deal of insight in formulating the relevant design problems, which in turn require ingenuity and flexibility in choosing a particular set of mathematical (and/or experimental) tools to implement them.
机译：等离子体的物理学涵盖了来自宇宙的基本问题，并向我们保证了在与广泛的科学和工程问题相关的更广泛的科学和工程领域中可以实现的各种应用中的希望。该域的实质部分可以通过涉及两个或多个物种的R-D机制（反应扩散机制）来描述。这些可以进一步说明加热，扩散和其他相关损失的同时非线性影响。我们在这里提到，在实验室规模的实验中，这些过程的适当组合至关重要，对于研究和计算所考虑的等离子体的净行为非常重要。等离子技术正在信息处理的革命中使用，因此我们在本技术说明中考虑了一个简单的框架，用于讨论和铺平道路，以更好地处理形式化和信息学，涉及科学和技术的各个领域。等离子体物理学的挑战性和令人着迷的方面是，在制定相关的设计问题时需要大量的见识，而这些问题又需要在选择特定的数学（和/或实验）工具集来实现这些问题时需要独创性和灵活性。

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