Add to ORKGEnvironment conscious, biomorphic ceramics have been fabricated from pine and jelutong wood precursors. A carbonaceous preform is produced through wood pyrolysis and subsequent infiltration with oxides (ZrO2 sols) and liquid silicon to form ceramics. These biomorphic ceramics show a wide variety of microstructures, densities, and hardness behavior that are determined by the type of wood and infiltrants selected
Coir fibre, an agricultural waste material of immense economic importance in Indian subcontinent, wa...
Biomorphic silicon carbide ceramics are a new class of materials fabricated by reactive infiltration...
Porous silica (SiO(2)) ceramic with a wood-like structure was prepared by wet impregnation tetraethy...
Biomorphic SiSiC ceramics are intermediate materials between damage tolerance fiber rein-forced cera...
Silicon carbide based, environment friendly, biomorphic ceramics have been fabricated by the pyrolys...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
Environmentally conscious ceramics (ecoceramics) are a new class of biomimetic/biomorphic material t...
Microstructure of several wooden breeds was investigated and discussed as perspective biomorphic SiC...
Main topics of this presentation will be synthesis of oxide ecoceramic materials by transforming of ...
Biomorphic cellular C/SiC-ZrC composite ceramics were fabricated from pine and oak wood precursors...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. Highly ...
Today's nature increasingly becomes a model for innovation in structural design. For this reason, bi...
Materials development is driven by microstructural complexity and, in many cases, inspired by biolog...
Tilia wood was transformed by pyrolysis into carbon preform. This porous carbon preform was infiltra...
Different kinds of natural wood specimens (beech, pine, and rattan) were converted to biomorphic, mi...
Coir fibre, an agricultural waste material of immense economic importance in Indian subcontinent, wa...
Biomorphic silicon carbide ceramics are a new class of materials fabricated by reactive infiltration...
Porous silica (SiO(2)) ceramic with a wood-like structure was prepared by wet impregnation tetraethy...
Biomorphic SiSiC ceramics are intermediate materials between damage tolerance fiber rein-forced cera...
Silicon carbide based, environment friendly, biomorphic ceramics have been fabricated by the pyrolys...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
Environmentally conscious ceramics (ecoceramics) are a new class of biomimetic/biomorphic material t...
Microstructure of several wooden breeds was investigated and discussed as perspective biomorphic SiC...
Main topics of this presentation will be synthesis of oxide ecoceramic materials by transforming of ...
Biomorphic cellular C/SiC-ZrC composite ceramics were fabricated from pine and oak wood precursors...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. Highly ...
Today's nature increasingly becomes a model for innovation in structural design. For this reason, bi...
Materials development is driven by microstructural complexity and, in many cases, inspired by biolog...
Tilia wood was transformed by pyrolysis into carbon preform. This porous carbon preform was infiltra...
Different kinds of natural wood specimens (beech, pine, and rattan) were converted to biomorphic, mi...
Coir fibre, an agricultural waste material of immense economic importance in Indian subcontinent, wa...
Biomorphic silicon carbide ceramics are a new class of materials fabricated by reactive infiltration...
Porous silica (SiO(2)) ceramic with a wood-like structure was prepared by wet impregnation tetraethy...