Add to ORKGOn the basis of measurements of microtomed cubes of white oak and on resultant charcoal, dimensional changes occurring on the conversion of wood into charcoal are: tangential, -25.68%, radial, -15.45%, and longitudinal, -11.43%. Light microscopic examination of charcoal reveals residues of combustion present in cell cavities. Electron microscopic examination indicates that the original fibrillar arrangement of the cell wall has been replaced with a smooth, "amorphous-appearing" wall structure
International audienceThe anthracological deposit as it appears in archaeological contexts is the re...
The development of micropores during carbonization is one important feature characterizing the physi...
In the present work, effects of process conditions on char and fixed carbon yields from four woody b...
Abstract The anatomy of wood and charcoal was analyzed by scanning electron microscopy in three radi...
There has been an upsurge of interest in using high density and low volatile matter charcoal to repl...
Wood exposed to a heat source can be transformed into charcoal if subject to conditions of carbonisa...
There has been an upsurge of interest in using high density and low volatile matter charcoal to repl...
We assess the potential of X-ray microtomography as a tool for the non-destructive, three-dimensiona...
Small angle X-ray scattering data have been used to characterize the microscopic and submicroscopic ...
eople in north-east Brazil mostly rely on fuelwood and charcoal for domestic energy consumption. Tra...
International audienceThe carbonization process induces significant physical, elemental, and structu...
peer-reviewedThis study presents the effect of wood origin and heat treatment temperature on the CO...
Charcoal can replace coke in blast furnaces avoiding the use of reducing agents derived from fossil ...
Dimensions of intervessel pits decrease as charring temperatures increase to 600 C; above 600 C pit ...
The production of charcoal for metallurgical applications requires careful selection of the wood and...
International audienceThe anthracological deposit as it appears in archaeological contexts is the re...
The development of micropores during carbonization is one important feature characterizing the physi...
In the present work, effects of process conditions on char and fixed carbon yields from four woody b...
Abstract The anatomy of wood and charcoal was analyzed by scanning electron microscopy in three radi...
There has been an upsurge of interest in using high density and low volatile matter charcoal to repl...
Wood exposed to a heat source can be transformed into charcoal if subject to conditions of carbonisa...
There has been an upsurge of interest in using high density and low volatile matter charcoal to repl...
We assess the potential of X-ray microtomography as a tool for the non-destructive, three-dimensiona...
Small angle X-ray scattering data have been used to characterize the microscopic and submicroscopic ...
eople in north-east Brazil mostly rely on fuelwood and charcoal for domestic energy consumption. Tra...
International audienceThe carbonization process induces significant physical, elemental, and structu...
peer-reviewedThis study presents the effect of wood origin and heat treatment temperature on the CO...
Charcoal can replace coke in blast furnaces avoiding the use of reducing agents derived from fossil ...
Dimensions of intervessel pits decrease as charring temperatures increase to 600 C; above 600 C pit ...
The production of charcoal for metallurgical applications requires careful selection of the wood and...
International audienceThe anthracological deposit as it appears in archaeological contexts is the re...
The development of micropores during carbonization is one important feature characterizing the physi...
In the present work, effects of process conditions on char and fixed carbon yields from four woody b...