Final report on in-situ transmission microscopy heating studies of particle coalescence and microstructure evolution in nanosized ceramics. Report includes summary of work on particle shape changes and stress effects, and novel infiltration techniques in the processing of alumina based ceramics
La connaissance du comportement et des propriétés des matériaux est d’une grande importance pour opt...
The redox behaviors of nanoscale metal and ceramic materials are affected by various parameters and ...
The microstructural evolution of materials during powder metallurgy and ceramic forming processes is...
Heating rate plays a major role in the ceramic sintering process, especially in many new advanced si...
Alumina nanoprecursors with a range of average particle size and narrow distribution manifested two ...
The behavior of ceramics at the nanometer scale strongly differs from the one of the corresponding b...
Small-Angle X-ray Scattering (SAXS) is used at two energies, one either side of the zirconium K-edge...
textNanoparticles possess unique physical, chemical, optical and electronic properties stemming from...
©1991 Materials Research Society. The original publication is available at: http://www.mrs.org/Prese...
A wide range of studies shows a dramatic effect of applied electric fields or currents on the sinter...
Thermal grooving and migration of grain boundaries in alumina have been investigated using a variety...
There is considerable interest in nanocrystalline materials. This thesis is concerned with nanocryst...
International audienceNanoindentation experiments inside a transmission electron microscope (TEM) ar...
In situ heating holders offer the possibility of studying thermally activated processes by performin...
International audienceThe transformation of zirconia from its tetragonal to its monoclinic phase is ...
La connaissance du comportement et des propriétés des matériaux est d’une grande importance pour opt...
The redox behaviors of nanoscale metal and ceramic materials are affected by various parameters and ...
The microstructural evolution of materials during powder metallurgy and ceramic forming processes is...
Heating rate plays a major role in the ceramic sintering process, especially in many new advanced si...
Alumina nanoprecursors with a range of average particle size and narrow distribution manifested two ...
The behavior of ceramics at the nanometer scale strongly differs from the one of the corresponding b...
Small-Angle X-ray Scattering (SAXS) is used at two energies, one either side of the zirconium K-edge...
textNanoparticles possess unique physical, chemical, optical and electronic properties stemming from...
©1991 Materials Research Society. The original publication is available at: http://www.mrs.org/Prese...
A wide range of studies shows a dramatic effect of applied electric fields or currents on the sinter...
Thermal grooving and migration of grain boundaries in alumina have been investigated using a variety...
There is considerable interest in nanocrystalline materials. This thesis is concerned with nanocryst...
International audienceNanoindentation experiments inside a transmission electron microscope (TEM) ar...
In situ heating holders offer the possibility of studying thermally activated processes by performin...
International audienceThe transformation of zirconia from its tetragonal to its monoclinic phase is ...
La connaissance du comportement et des propriétés des matériaux est d’une grande importance pour opt...
The redox behaviors of nanoscale metal and ceramic materials are affected by various parameters and ...
The microstructural evolution of materials during powder metallurgy and ceramic forming processes is...