The interaction of super screw-dislocations, or micropipes, in PVT grown SiC crystals has been studied by Synchrotron Radiation radiography. The reduction in micropipe density via reactions of coalescence, annihilation and transformation of micropipes has been observed. The reactions have been described quantitatively based on the micromechanics of these defects.X115sciescopu
Micropipe, a “killer” defect in SiC crystals, severely hampers the outstanding performance of SiC-ba...
Evolution of threading screw dislocation (TSD) conversion during the solution growth of 4H-SiC on a ...
The role of micropipes in pore formation in SiC crystals with foreign polytype inclusions is studied...
[[abstract]]The interaction of super screw -dislocations, or micropipes, in PVT grown SiC crystals h...
Micropipe bundling and twisting in SiC crystals was revealed using synchrotron x-ray phase sensitive...
[[abstract]]By using synchrotron radiation phase sensitive radiography we have examined the reaction...
[[abstract]]The ramification of micropipes is observed using scanning electron microscopy, optical m...
Phase contrast images of dislocation micropipe in SiC crystal are experimentally studied at various ...
We reveal a correlated reduction in the cross sections of two neighboring micropipes (MPs) in the cr...
Formation of pores at foreign polytype boundaries in bulk SiC crystals is studied by means of synchr...
X-Ray Diffraction Topography (XRDT) and Optical Microscopy (OM) are adopted to study extended struct...
X-Ray Diffraction Topography (XRDT) and Optical Microscopy (OM) are adopted to study extended struct...
We report experimental studies on the formation of Type 2 micropipe defects in 4H-SiC crystals grown...
[[abstract]]Phase-sensitive synchrotron radiation (SR) radiography was combined with x-ray diffracti...
Using synchrotron X-ray topography and phase-contrast imaging, we investigated lattice defects in bu...
Micropipe, a “killer” defect in SiC crystals, severely hampers the outstanding performance of SiC-ba...
Evolution of threading screw dislocation (TSD) conversion during the solution growth of 4H-SiC on a ...
The role of micropipes in pore formation in SiC crystals with foreign polytype inclusions is studied...
[[abstract]]The interaction of super screw -dislocations, or micropipes, in PVT grown SiC crystals h...
Micropipe bundling and twisting in SiC crystals was revealed using synchrotron x-ray phase sensitive...
[[abstract]]By using synchrotron radiation phase sensitive radiography we have examined the reaction...
[[abstract]]The ramification of micropipes is observed using scanning electron microscopy, optical m...
Phase contrast images of dislocation micropipe in SiC crystal are experimentally studied at various ...
We reveal a correlated reduction in the cross sections of two neighboring micropipes (MPs) in the cr...
Formation of pores at foreign polytype boundaries in bulk SiC crystals is studied by means of synchr...
X-Ray Diffraction Topography (XRDT) and Optical Microscopy (OM) are adopted to study extended struct...
X-Ray Diffraction Topography (XRDT) and Optical Microscopy (OM) are adopted to study extended struct...
We report experimental studies on the formation of Type 2 micropipe defects in 4H-SiC crystals grown...
[[abstract]]Phase-sensitive synchrotron radiation (SR) radiography was combined with x-ray diffracti...
Using synchrotron X-ray topography and phase-contrast imaging, we investigated lattice defects in bu...
Micropipe, a “killer” defect in SiC crystals, severely hampers the outstanding performance of SiC-ba...
Evolution of threading screw dislocation (TSD) conversion during the solution growth of 4H-SiC on a ...
The role of micropipes in pore formation in SiC crystals with foreign polytype inclusions is studied...