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Microstructure evolution and strengthening mechanisms in friction-stir welded Al-Mg-Sc alloyThe present work was undertaken to evaluate the effect of second-phase particles on microstructure
Unusual ageing behaviour of friction-stir welded Al-Cu-Mg alloy of a stable θ-phase instead of the expected strengthening dispersoids of θ00 and θ0 thus degrading
Effect of second phase particles on grain refinement during equal-channel angular pressing of an Al–Mg–Mn alloy phase particles precipitated under homogenization annealing strongly affect grain refinement
Surfatron acceleration of weakly relativistic electrons by electromagnetic wave packet in space plasma packet phase on the particle's trajectory at the carrying frequency. Numerical modeling shows
Analysis of the dependence of surfatron acceleration of electrons by an electromagnetic wave in space plasma on the particle momentum along the wave front phase on the particle trajectory, the dynamics of surfatron acceleration of electrons
Influence of particle size distribution of the filtering loading on the size of particles of a disperse phase of an emulsion through PTFE granules the size of particles of a disperse phase decreases, particles of oil coalesce
Formation of Z-phase particles in martensitic 9% Cr steel during creep at 650°C and their influence on the creepThe mechanism of the nucleation of Z-phase (CrVN) particles in a martensitic 10Kh9K3V2MFBR steel (9
THE STRUCTURE OF PHASE PLANE FOR SURFATRON ACCELERATION OF WEKLY RELATIVISTIC ELECTRONS BY THE ELECTROMAGNETIC WAVE IN PLASMAIt is performed the analysis of phase plane structure for moderate relativistic charged particles
The Structure of Phase Plane for Surfatron Acceleration of Wekly Relativistic Electrons by the Electromagnetic Wave In PlasmaIt is performed the analysis of phase plane structure for moderate relativistic charged particles
Strain-induced Z-phase formation in a 9% Cr-3% Co martensitic steel during creep at elevated temperatureThe size and distribution of Cr(V,Nb)N (Z-phase) particles in a 9Cr-3Co-2W-0.6Mo-0.1Ni-0.2V-0.06Nb
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