2006
DOI: 10.1134/s0033173206040163
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Investigation of the oxidation kinetics of steel during its preliminary roasting before enameling

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Cited by 2 publications
(3 citation statements)
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“…The activation energy for both the carbon steels (SAE 52100 and ASP23) is 5-6 times lower than the activation energy of iron and carbon steel at moderately elevated temperatures in static conditions reported earlier in the literature [39][40][41]. The activation energy of the Ti6Al4V under fretting conditions is also 2 times lower in comparison to the activation energy in the static conditions [36]. First principle studies have also shown that the transfer of the localised electrons into the conduction bands of solids or antibonding orbitals of molecules becomes easier under shear stress resulting in free or non-localised electrons.…”
Section: Calculation Of Activation Energy (Q)mentioning
confidence: 77%
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“…The activation energy for both the carbon steels (SAE 52100 and ASP23) is 5-6 times lower than the activation energy of iron and carbon steel at moderately elevated temperatures in static conditions reported earlier in the literature [39][40][41]. The activation energy of the Ti6Al4V under fretting conditions is also 2 times lower in comparison to the activation energy in the static conditions [36]. First principle studies have also shown that the transfer of the localised electrons into the conduction bands of solids or antibonding orbitals of molecules becomes easier under shear stress resulting in free or non-localised electrons.…”
Section: Calculation Of Activation Energy (Q)mentioning
confidence: 77%
“…The asperity contact area was calculated using the expression A 0 ¼ P 0:25 =H, which holds true at nominal loads for the real surfaces having roughness on many length scales [35]. The value of pre-exponential constant (k 0 ) for the oxidation of carbon steel [36] and Ti6Al4V [37] (Table 2) was extracted from the parabolic rate constants measured in the temperature range of 773-973 K and 1050-1340 K respectively. Fe 2 O 3 and TiO 2 have been reported to be the major oxidation products [18,33] of steel and Ti6Al4V respectively; hence their theoretical densities were taken for the calculations.…”
Section: Validation Methodologymentioning
confidence: 99%
“…Дефект «рыбья чешуя», по мнению зарубежных и отечественных исследователей, образуется на эмалированном изделии в результате откола эмали и вызван выделением водорода из металла [1][2][3][4][5][6][7][8][9][10]. Для оценки склонности метала к наводораживанию в отечественной практике используется показатель водородного охрупчивания (ПВО).…”
Section: Introductionunclassified