Detailed investigation of the ordered mesoporous CMK-3 carbon using XRD structural modeling based on the continuous electron density representation and the Rietveld technique allowed deriving comprehensive and consistent information on the material anatomy. The electron density distribution map agrees with carbon 'bridges', which seem to be attributed to the material interconnecting carbon nanorods in the CMK-3 mesostructure. These carbon 'bridges' are supposed to be derived from former complementary mesopores of the SBA-15 template used.close454
© 2022 Author(s).Amorphous materials have been used in a range of electronic and photonic applicatio...
peer reviewedMolecular dynamics simulations show that graphite will transform into a superhard phase...
The short range order in amorphous and fullerene-like carbon compounds has been characterized by sel...
The model of structure and structural transformation of the mesostructured carbon material CMK-1 was...
Recently, we have developed a new electron crystallography (EC) method for study of three dimensiona...
This chapter discusses the synthesis of nanostructured carbon materials from mesoporous silica cryst...
We present microstructural analysis of a disordered carbonaceous solid using simulations that employ...
A new technique that allows direct three-dimensional ~3D! investigations of mesopores in carbon mate...
CMK-1 ordered mesoporous carbons were synthesized using MCM-48 silica templates with a wide range of...
The data in this article are related to the research article "Mesoscopic structure features in synth...
No metal jacket required: The surface structures of mesoporous materials were accurately determined ...
For the last two decades the CMK-3-type carbon was the subject of study by researchers from all over...
For the last two decades the CMK-3-type carbon was the subject of study by researchers from all over...
Carbon/Carbon composites belong to the generic class of fiber reinforced composites and are widely ...
Low-dimensional carbon-based materials, in particular graphenic 2D-carbon structures, were produced ...
© 2022 Author(s).Amorphous materials have been used in a range of electronic and photonic applicatio...
peer reviewedMolecular dynamics simulations show that graphite will transform into a superhard phase...
The short range order in amorphous and fullerene-like carbon compounds has been characterized by sel...
The model of structure and structural transformation of the mesostructured carbon material CMK-1 was...
Recently, we have developed a new electron crystallography (EC) method for study of three dimensiona...
This chapter discusses the synthesis of nanostructured carbon materials from mesoporous silica cryst...
We present microstructural analysis of a disordered carbonaceous solid using simulations that employ...
A new technique that allows direct three-dimensional ~3D! investigations of mesopores in carbon mate...
CMK-1 ordered mesoporous carbons were synthesized using MCM-48 silica templates with a wide range of...
The data in this article are related to the research article "Mesoscopic structure features in synth...
No metal jacket required: The surface structures of mesoporous materials were accurately determined ...
For the last two decades the CMK-3-type carbon was the subject of study by researchers from all over...
For the last two decades the CMK-3-type carbon was the subject of study by researchers from all over...
Carbon/Carbon composites belong to the generic class of fiber reinforced composites and are widely ...
Low-dimensional carbon-based materials, in particular graphenic 2D-carbon structures, were produced ...
© 2022 Author(s).Amorphous materials have been used in a range of electronic and photonic applicatio...
peer reviewedMolecular dynamics simulations show that graphite will transform into a superhard phase...
The short range order in amorphous and fullerene-like carbon compounds has been characterized by sel...