Kinetics of Martensitic Interface Motion |
Common terms and phrases
2H-particle 2H-phase precipitates activation energy activation volume alloy B2 anticoherency dislocations applied stress athermal average behavior bright-field image Burgers vector CALIF CALIFORN CALIFORNIA coherency dislocations Computed configuration corresponding index diagram Cu-Al-Ni alloys Curve numbers refer diffraction pattern dislocation motion elastic constants elastic moduli equation Figure Number friction stress driving glissile habit plane Interaction force dependence interface dislocations interface mobility interface structure interface velocity interface-particle invariant plane lattice deformation lattice dislocations lattice invariant martensitic interface martensitic transformation modulus interaction moving interface nucleation obstacle profiles associated obstacle profiles shown operational activation parameters parent phase particle path phonons plane strain plot PRINT reference lattice SAN DIEGO LIBRARIES second-phase particle shear modulus sheared obstacle profiles shown in Figure simple shear single-interface small particle solution specimen strain interaction stress dependence stress driving force stress field surface dislocation temperature dependence thermal activation thermoelastic Transmission electron microscopy tweed twinning dislocations UNIVERSITY unsheared variant Y₁