Gabriela Schreiber - Academia.edu (original) (raw)

Uploads

Papers by Gabriela Schreiber

Research paper thumbnail of Diffraction studies on the size dependence of the t→m transformation of zirconia

Fresenius Journal of Analytical Chemistry, 1994

Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron mic... more Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron microscopy and X-ray diffraction. The volume part of particles of the tetragonal modification comes up to 90%, although the sizes of the majority of the particles lie significantly above the equilibrium size of the transformation tetragonal → monoclinic. First interpretations are given.

Research paper thumbnail of Diffraction studies on the size dependence of the t→m transformation of zirconia

Fresenius Journal of Analytical Chemistry, 1994

Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron mic... more Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron microscopy and X-ray diffraction. The volume part of particles of the tetragonal modification comes up to 90%, although the sizes of the majority of the particles lie significantly above the equilibrium size of the transformation tetragonal → monoclinic. First interpretations are given.

Research paper thumbnail of Diffraction studies on the size dependence of the t→m transformation of zirconia

Fresenius Journal of Analytical Chemistry, 1994

Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron mic... more Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron microscopy and X-ray diffraction. The volume part of particles of the tetragonal modification comes up to 90%, although the sizes of the majority of the particles lie significantly above the equilibrium size of the transformation tetragonal → monoclinic. First interpretations are given.

Research paper thumbnail of Diffraction studies on the size dependence of the t→m transformation of zirconia

Fresenius Journal of Analytical Chemistry, 1994

Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron mic... more Nano-crystalline zirconia particles, prepared by laser evaporation, were analyzed by electron microscopy and X-ray diffraction. The volume part of particles of the tetragonal modification comes up to 90%, although the sizes of the majority of the particles lie significantly above the equilibrium size of the transformation tetragonal → monoclinic. First interpretations are given.

Log In