This paper deals with a new method for producing non-oxide ceramic using wood as a template. SiC with a woodlike microstructure has been prepared by carbothermal reduction reactions of Tilia wood/TEOS composite at 1873K. The porous carbon preform was infiltrated with TEOS (Si(OC(2)H(5))(4)), as a source of silica, without pressure at 298K. The morphology of resulting porous SiC ceramics, as well as the conversion mechanism of wood to SiC ceramics, have been investigated by scanning electron microscopy (SEM/EDS) and X-ray diffraction analysis (XRD). Obtained SiC ceramics consists of beta-SiC with traces of alpha-SiC
Today's nature increasingly becomes a model for innovation in structural design. For this reason, bi...
The use of wood as a structure-giving material may be the key to producing temperature-resistant cer...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. SiC wit...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. SiC wit...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. Highly ...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. Highly ...
Tilia wood was transformed by pyrolysis into carbon preform. This porous carbon preform was infiltra...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
International Journal of Applied Ceramic Technology, 3(6): pp. 485-490.Biomorphous β-SiC ceramics we...
Highly porous SiC ceramics with a wood like structure were prepared from premineralized wood templat...
Abstract: Coniferous wood (fir) was transformed by pyrolysis into carbon pre-forms, which were subse...
The carbothermal reduction processing of partially mineralized fir (Abies alba) samples was used to ...
Microstructure of several wooden breeds was investigated and discussed as perspective biomorphic SiC...
Today's nature increasingly becomes a model for innovation in structural design. For this reason, bi...
The use of wood as a structure-giving material may be the key to producing temperature-resistant cer...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. SiC wit...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. SiC wit...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. Highly ...
This paper deals with a new method for producing non-oxide ceramic using wood as a template. Highly ...
Tilia wood was transformed by pyrolysis into carbon preform. This porous carbon preform was infiltra...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...
International Journal of Applied Ceramic Technology, 3(6): pp. 485-490.Biomorphous β-SiC ceramics we...
Highly porous SiC ceramics with a wood like structure were prepared from premineralized wood templat...
Abstract: Coniferous wood (fir) was transformed by pyrolysis into carbon pre-forms, which were subse...
The carbothermal reduction processing of partially mineralized fir (Abies alba) samples was used to ...
Microstructure of several wooden breeds was investigated and discussed as perspective biomorphic SiC...
Today's nature increasingly becomes a model for innovation in structural design. For this reason, bi...
The use of wood as a structure-giving material may be the key to producing temperature-resistant cer...
Coniferous wood (fir) was transformed by pyrolysis into carbon preforms, which were subsequently con...