Proceedings, ... Annual Meeting, Electron Microscopy Society of America, Volume 4; Volume 48, Part 4San Francisco Press, 1990 - Electron microscopes |
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Page 290
... Nucleation By electron diffraction and high resolution electron microscopy mixtures in which the nucleation is just or not yet started can be analyzed on a very small scale . Furthermore , the orientation of zeolite nuclei with respect ...
... Nucleation By electron diffraction and high resolution electron microscopy mixtures in which the nucleation is just or not yet started can be analyzed on a very small scale . Furthermore , the orientation of zeolite nuclei with respect ...
Page 526
... NUCLEATION AND GROWTH OF THE PHASE IN AN Al - 4.0Cu - 0.5Mg - 0.5Ag ALLOY A. Garg and J. M. Howe Department of Metallurgical Engineering and Materials Science Carnegie - Mellon University , Pittsburgh , PA 15213 , U.S.A. α Addition of ...
... NUCLEATION AND GROWTH OF THE PHASE IN AN Al - 4.0Cu - 0.5Mg - 0.5Ag ALLOY A. Garg and J. M. Howe Department of Metallurgical Engineering and Materials Science Carnegie - Mellon University , Pittsburgh , PA 15213 , U.S.A. α Addition of ...
Page 560
... nucleation at surface sites . This nucleation is probably nearly homogeneous , although certainly aided by micro - inhomogeneities such as random alloy clustering or surface steps and roughness . The negligible velocity of the observed ...
... nucleation at surface sites . This nucleation is probably nearly homogeneous , although certainly aided by micro - inhomogeneities such as random alloy clustering or surface steps and roughness . The negligible velocity of the observed ...
Contents
Structural studies of small amorphous volumes by electron diffractionP Moine | 122 |
In situ observation of solidstate amorphization in a NiTi multilayerM A Wall | 128 |
Evidence for a new quasicrystalline transition state in Al65Cu20Fe15 alloyZ Zhang N C | 134 |
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alloy amorphous analysis annealing Appl atomic austenite bright field Burgers vector calculated carbon catalyst composition contrast Copyright 1990 Copyright©1990 by San cross-section crystalline crystallites damage dark field defects deformation density deposited diffusion dislocations domain electron beam electron diffraction electron diffraction pattern energy epitaxial field image Figure formation formed fringes GaAs grain boundary growth high resolution HREM image HRTEM implanted indicated interface investigated irradiation lattice layer Lett loops magnetic martensite Materials Science matrix mechanism metal micrograph microstructure misfit modulation morphology nucleation observed obtained orientation orthorhombic oxide oxygen particles phase Phys plane precipitates Proc quasicrystal References region Research sample San Francisco Press selected area diffraction shown in Fig shows silicon simulations single crystal specimen stacking faults strain structure substrate superconducting superlattice surface symmetry technique thickness thin films tilt transformation transmission electron microscopy twin vector X-ray YBCO zeolite zone axis