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- W3176459543 abstract "Abstract Successive technological improvements have made Raman imaging systems very efficient. Raman imaging applications now cover a wide range of scientific fields, including high‐temperature materials corrosion, also known as dry corrosion. The analysis of the phenomena occurring during corrosion requires knowledge in metallurgy, thermodynamics, chemical kinetics, solid‐state chemistry, and physics. Part of this information (crystallographic phases, stress state, oxygen transport, etc.) can be obtained, at least qualitatively, from the analysis of Raman images of the oxidation layer. Throughout this paper, we consider as a prototypal example the oxidation of a particular zirconium alloy, Zircaloy‐4, used in the nuclear industry as cladding materials in light‐water reactors. Through some examples, the aim of the present paper is to describe what kind of information this method can bring, to review its merits and weaknesses. The analysis protocols methods described herein are not exhaustive, but most probably represent a simple way to read and understand the Raman images. These few examples show that rather subtle details that concern phase distribution, strain, and oxygen transport can effectively be captured by this method. Most probably, Raman imaging may be applied to other alloys or systems as well." @default.
- W3176459543 created "2021-07-05" @default.
- W3176459543 creator A5025265962 @default.
- W3176459543 creator A5050114678 @default.
- W3176459543 date "2021-06-29" @default.
- W3176459543 modified "2023-10-14" @default.
- W3176459543 title "Raman imaging in corrosion science: High‐temperature oxidation of the zirconium alloys used in the nuclear industry as an example" @default.
- W3176459543 cites W1563946068 @default.
- W3176459543 cites W1582353681 @default.
- W3176459543 cites W1787285742 @default.
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- W3176459543 cites W1928122306 @default.
- W3176459543 cites W1944675303 @default.
- W3176459543 cites W1968406658 @default.
- W3176459543 cites W1971487678 @default.
- W3176459543 cites W1974737618 @default.
- W3176459543 cites W1978051063 @default.
- W3176459543 cites W1981165122 @default.
- W3176459543 cites W1986681182 @default.
- W3176459543 cites W1989169765 @default.
- W3176459543 cites W1990338337 @default.
- W3176459543 cites W1998165804 @default.
- W3176459543 cites W2003380003 @default.
- W3176459543 cites W2005561381 @default.
- W3176459543 cites W2009462710 @default.
- W3176459543 cites W2010234682 @default.
- W3176459543 cites W2010670241 @default.
- W3176459543 cites W2010893142 @default.
- W3176459543 cites W2017893002 @default.
- W3176459543 cites W2018666469 @default.
- W3176459543 cites W2024667414 @default.
- W3176459543 cites W2031038364 @default.
- W3176459543 cites W2034842028 @default.
- W3176459543 cites W2037912652 @default.
- W3176459543 cites W2038705247 @default.
- W3176459543 cites W2039726060 @default.
- W3176459543 cites W2039968117 @default.
- W3176459543 cites W2043679898 @default.
- W3176459543 cites W2049794209 @default.
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- W3176459543 cites W2070966640 @default.
- W3176459543 cites W2079475325 @default.
- W3176459543 cites W2087638030 @default.
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- W3176459543 cites W2146148261 @default.
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- W3176459543 cites W2891716338 @default.
- W3176459543 cites W2896921090 @default.
- W3176459543 cites W2900591841 @default.
- W3176459543 cites W2925677365 @default.
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- W3176459543 doi "https://doi.org/10.1002/jrs.6181" @default.
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