Corrosion – Biotechnical System for Destruction of Technical Objects Reducing their Quality and Reliability

IF 0.3 Q4 ENGINEERING, MULTIDISCIPLINARY Science & Technique Pub Date : 2020-11-27 DOI:10.21122/2227-1031-2020-19-6-512-520
A. Kudina, I. O. Sokorov
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Abstract

It is a well-known fact, that corrosion of materials, as a phenomenon in the nature, is multifaceted, where its origin and development in many respects depend on environment micro-flora. In the modern world, corrosion is considered mainly as the spontaneous destruction of solids caused by chemical and electrochemical processes, developing on a body surface during its  interaction  with external environment.  The essence  of  corrosion  destruction   of objects  should be studied in aspect  of  the interrelated natural phenomena and processes that constantly occur  when an  object comes into contact with man-made environments and the environment containing many microorganisms of various genera and species. The accumulation and metabolism of microorganisms in surface defects of solids, when favorable physical, chemical and biological conditions are created in the contact zones, create areas of biocenosis in which metabolites, biogenic elements and chemically active radicals are formed, interacting with the contact surface of the body and the technogenic environment. Such interaction gives rise to the occurrence of both biochemical reactions in microbial cells and bioenergetic mechanisms of energy conversion on the contact surfaces, both in the microorganisms themselves and in the surrounding space. This initiator chemical, electrochemical and bio-corrosion processes of materials destruction. Consequently, the phenomenon of corrosion is presented as a system of interrelated microbiological and physicochemical processes of destruction of materials, arising from their interaction with the micro-flora of contact technogenic media and the environment. Based on the generalization and analysis of the results of the performed research work and taking into account the well known achievements and discoveries in the field of science and technology, the authors of the paper propose a new systematic approach and concept to the phenomenon of corrosive destruction of a solid with the account of the biological factor that initiates corrosion damage and destruction of materials.
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腐蚀。破坏技术对象的生物技术系统,降低其质量和可靠性
众所周知,材料的腐蚀作为自然界的一种现象是多方面的,它的起源和发展在许多方面取决于环境中的微生物群。在现代世界,腐蚀主要被认为是由化学和电化学过程引起的固体的自发破坏,在物体表面与外界环境的相互作用中发展。研究物体腐蚀破坏的本质,应该从物体接触到人造环境和含有多种微生物的环境时不断发生的相互关联的自然现象和过程的角度出发。微生物在固体表面缺陷中的积累和代谢,当在接触区创造了有利的物理、化学和生物条件时,就会产生生物共生区域,在这些区域中形成代谢物、生物源元素和化学活性自由基,与身体的接触表面和技术环境相互作用。这种相互作用既引起微生物细胞内的生化反应,又引起微生物本身和周围空间接触面上能量转换的生物能机制的发生。这种引发剂对化学、电化学和生物腐蚀过程中的材料进行破坏。因此,腐蚀现象被呈现为一个相互关联的微生物和物理化学过程的系统,这些过程是由于它们与接触技术介质和环境的微生物群相互作用而产生的。本文在总结和分析前人研究成果的基础上,结合科学技术领域的著名成果和发现,从引起材料腐蚀破坏和腐蚀的生物因素出发,提出了研究固体腐蚀破坏现象的系统的新方法和新概念。
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来源期刊
Science & Technique
Science & Technique ENGINEERING, MULTIDISCIPLINARY-
自引率
50.00%
发文量
47
审稿时长
8 weeks
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