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2 Methods of Corrosion Monitoring
Sheerin Masroor
Department of Chemistry, A.N. College, Patliputra University, Patna, India
2.1 Introduction
Corrosion is unpredictable phenomenon and is a continuous process. In nature it is observed that every material wants to be in its lowest energy state, for all this to happen metals and alloys like iron, steel, copper or aluminums etc. frequently reacts with components present in environments such as oxygen and water, which leads to the formation of their hydroxides which is so similar to metal ore’s composition chemically. The word corrosion is borrowed from the Latin word Corrodere that means “to nibble into pieces.” There are multiple definitions proposed for the present problem, but most likely accepted are as follows:
1 As per K.E. Heuslerl et.al in 1989, it can be explained as detrimental of the used material that may be physical or mechanical like evaporation, melting, mechanical fracture, and abrasion [1].
2 L.L. Shreir said in 1994 that the term corrosion relates to metals and encompasses all interactions of a metal or alloy in solid or liquid form with its surrounding, irrespective of whether this is beneficial or non‐beneficial [2].
3 According to D.A. Jones, it is the destruction of material by chemical reactions between a material and the aggressive environment [3].
4 P.R. Roberge explained corrosion as the destructive intrusion of a material by possible reaction with its environment [4].
5 According to ISO 8044, corrosion is a physicochemical reciprocity in between material and its corresponding environment that causes an alternation in the physical and chemical properties, and further leads to ultimate wreckage of the operation of the used material [5].
6 Later in 2005, M. Fontana demonstrated corrosion as the deterioration of a material because of a reaction with its environment [6].
7 The most recent was given by NACE/ASTM G193, which explains corrosion as the deterioration of a used material (metal) that is consequence of any chemical or electrochemical reaction with its aggressive environment [7].
This explains why utmost materials that are in maximum production and help to build society are metals and hence much