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The gliding of these dislocations under shear loading is assumed to cause grain boundary sliding.
The type and proportion of these dislocations vary, depending on the type of twin.
The importance of these dislocations is discussed with relevance to the partial oxidation of methane.
The morphology of these dislocations in the entire temperature range indicates that the dislocations do not experience a high Peierls stress contrary to that observed in TiAl.
The importance of these dislocations is discussed with respect to the catalytic performance of Li and Au doped MgO catalysts for the oxidative coupling of methane.
The positive climb of these dislocations has been identified as the main contributor to the irradiation-induced swelling of the graphite lattice.
Similar(38)
Although interfacial motion and dynamic recovery of these dislocation networks have long been expected to control the subsequent creep behavior, direct observation and hence in-depth understanding of such processes has not been achieved.
The nature and type of these dislocation sources is the subject of extensive debate, however, one commonality amongst these theories is that the ability of the free surface to absorb dislocations is a necessary condition for transition to a source controlled regime.
The obvious discontinuity of load displacement curve is the result of these dislocation activities.
At the start of creep, these dislocations recovered and their number gradually decreased, which resulted in the appearance of inverse-transient creep.
The DDD model simulates dislocation junctions, jogs and tangles directly, relating hardening of materials directly to these dislocation interactions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com