1982
DOI: 10.1007/bf00898745
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Structural levels of deformation in solids

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Cited by 103 publications
(81 citation statements)
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“…As shown in [2], in the case of shear-proof crystals, the dissipative structure at dislocation mechanism of slip looks like a cellular structure. At low temperatures and high rates of strain, it is possible to create in the lattice strong collective displacements of atoms at hard formation of the dislocation substructure.…”
Section: Evaluation Of Energy Parameters Interfacial Interactionmentioning
confidence: 99%
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“…As shown in [2], in the case of shear-proof crystals, the dissipative structure at dislocation mechanism of slip looks like a cellular structure. At low temperatures and high rates of strain, it is possible to create in the lattice strong collective displacements of atoms at hard formation of the dislocation substructure.…”
Section: Evaluation Of Energy Parameters Interfacial Interactionmentioning
confidence: 99%
“…Meanwhile, it has been proved invalidity of the Taylor's scheme: usually the number of actual systems is less than five, and in many cases, sliding occurs predominantly upon one of them. This fact leads to appearance in the deformed crystal of rotational moments of force [2]. As a result, rotational modes and correspondingly higher structural levels of deformation are included in plastic fluidity together with translational slipping.…”
Section: Fragmentation Of Structure and Interfacial Interaction Of Stmentioning
confidence: 99%
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“…Учитывая, что никель не склонен к образованию в ста-лях нитридов, карбидов и окислов, можно предположить присутствие в поверхностных cлоях нитроцементованных слоев с содержа-нием 0,80 % азота и нанокластеров, к образо-ванию которых склонны и никель, и азот. В ра-боте [9] выявлена склонность азота к упоря-дочению по типу Fe 4 N в аустените и по типу Fe 16 N 2 в феррите. Склонен азот и к образова-нию кластеров при присутствии хрома и мар-ганца [9].…”
Section: влияние азота и углерода на структуру закаленного нитроцеменunclassified
“…В ра-боте [9] выявлена склонность азота к упоря-дочению по типу Fe 4 N в аустените и по типу Fe 16 N 2 в феррите. Склонен азот и к образова-нию кластеров при присутствии хрома и мар-ганца [9].…”
Section: влияние азота и углерода на структуру закаленного нитроцеменunclassified