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The microstructures of the as-deposited composites have been characterized using scanning electron microscopy, orientation microscopy, and, transmission electron microscopy.
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These relationships have been determined using a variety of characterization techniques, including scanning electron microscopy, orientation imaging microscopy, transmission electron microscopy (TEM) and a dual-beam focused ion beam instrument to provide site-selected TEM foils.
The experiments were characterized by orientation microscopy and atomic force microscopy to quantify the orientation-dependent mechanical response during nanoindentation.
The microstructural evolution in this alloy, during β-solutionizing, quenching and aging type heat-treatments, has been investigated by combining results from scanning electron microscopy, orientation imaging microscopy, transmission electron microscopy, high-resolution TEM and three-dimensional atom probe (3DAP) tomography.
In an attempt to clarify the exact mechanism(s) that controls creep behavior of the doped aluminas, various advanced characterization techniques have been applied including: secondary ion mass spectrometry, scanning transmission electron microscopy, orientation image microscopy, and extended X-ray absorption fine structure as well as atomistic computer simulation and studies of the creep kinetics.
The microstructure and texture evolution during deformation of a representative low-stacking fault energy (SFE) metal was characterized by detailed local scanning electron microscopy and transmission electron microscopy orientation measurements.
Local plastic deformation was analyzed using high resolution orientation microscopy.
The crystal was subjected to a single pass at room temperature and then examined using various microscopic techniques including orientation imaging microscopy and transmission electron microscopy.
The grain boundary character distribution was established by orientation imaging microscopy.
The heat-affected zone was examined by orientation imaging microscopy and corrosion tests.
Normal tissue (placenta) and position-specific blank cores were adopted for orientation during microscopy analysis.
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