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- W2018100163 abstract "The factors which control the nucleation and growth of Widmanstätten precipitates at grain boundaries in a two-phase stainlesss steel, have been studied by transmission electron microscopy. Widmanstätten precipitates usually involves a separate nucleation and growth event at prior austenite films or allotriomorphs, which are the first phase to form at grain boundaries. The Widmanstätten precipitates have a preferred orientation relationship with both the prior grain boundary γ-phase and with the α matrix. The particular γ variant which forms has a near Kurdjumov-Sachs relationship with the α-grain and the invariant line assciated with the variant is nearly normal to the grain boundary plane. The orientation relationship changes during growth, towards an exact K-S relationship, with the growth direction (which is parallel to the invariant line) also rotating to be nearly parallel to the common close-packed direction associated with the transformation. On étude par microscpie électronique en transmission les facteurs qui contrl̂ent la germination et la croissance de précipités de Widmanstätten sur les joints de grains dans un acier inoxydable biphasé. La précipitation de Widmanstätten implique généralement un cas distinct de germination et de croissance sur les films d'austénite antérieure qui constituent la premiére phase apparaissant aux joints de grains. Les précipités de Widmanstätten ont une relation d'orientation privilégiée tant avec phase γ du joint de grains antérieur qu'avec la matrice α. La variante particuliére γ qui se forme possède une relation de Kurdjumov et Sachs approchée avec le grain α et la ligne invariante associée avec la variante est presque normale au plan du de grains. La relation d'orientation change pendant la croissance et tend vers une relation K-S exacte, avec la direction de croissance (parallèlle à la liogne invariante) qui tourne pour être presque paralèlle à la direction dense commune associée à la transformation. Die Einflußgroößen, welche Keimbildung und Wachstum der Widmanstätten-Auscheidungen and Korngrenzen in einem zweiphasigen rostfreien Stahl steiern, werden mittels Durchstrahlungselektronenmikroskopie studiert. Diese Art von Ausscheidung umfaßt im allgemeinen getrennte Keimbildungs- und Wachstumsereignieese an vorher bestehenden Austenitfilmen oder Allotriomorphen, welche sich als erste Phase an Korngrenzen bilden. Die Widmanstättenp-Ausscheidungen haben einen bevorzugte Orientierungsbezieung sowohl mit der vorherigen Korngrenz-γ-Phase wei auch der α-Matrix. Die sich bildende besondere γ-Variante weist eine Orientierungsbeziehung in er Nähe der Kurdjumov-Sachs-Beziehung mit dem α-Korn auf und die der Variante zusammenhängende invariante Linie liegt nahezu normal zur Korngrenzebene. Die Orientierungsbeziehung wechslet während des Wachstums in Richtung einer exakten K-S-Beziehung, wobei die Wachstumsrichtung (die parallel zur invarianten Linie ist) auch rotiert, um nahezu parllel zur allgemeinen, mit der Umwandiung zusammenhängenden dichtgepackten Richtung zu liegen zu kommen." @default.
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- W2018100163 title "A study of grain boundary nucleated widmanstätten precipitates in a two-phase stainless steel" @default.
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