Add to ORKGAdipic acid was used in this work as a carbon-containing precursor for the HPHT synthesis of a carbon sample containing nano-diamond. The carbon sample consists of lamellar diamond nano-grains of about 30–50 nm embedded in an amorphous or poorly crystallized carbon matrix. The carbon sample comprises mainly sp2-hybrydized carbon in form of graphite or amorphous carbon
Natural diamonds that have been partially replaced by graphite have been observed to occur in natura...
Diamond nanocrystals were synthesized catalyst-free from nano-porous carbon at high pressure and hig...
Diamond nucleation and growth from submicron clusters consisting of an amorphous carbon phase with p...
Adipic acid was used in this work as a carbon-containing precursor for the HPHT synthesis of a carbo...
International audienceThe high-pressure and high-temperature technique is the most promising for mas...
The hydrothermal synthesis of diamond was carried out in the silicon carbide - organic compound syst...
International audienceBased on comparative studies of pressure–temperature-induced transformations o...
Five precursors covering the whole range of carbon structural organization, i.e. a quasi-amorphous s...
International audienceAbstract— We have studied the high-pressure, high-temperature behavior of adam...
Impact diamonds are formed by a rapid solid-state transformation of mainly sp2 bonded carbon (graphi...
We report synthesis of diamond nanocrystals directly from carbon atoms embedded into fused silica by...
Until now, researchers have conducted many studies about diamond-like carbon materials. We saw some ...
We describe experiments which demonstrate that carbon atoms introduced into a fused-silica substrate...
783-787Diamond and diamond like carbon have been synthesized by direct conversion of pyrolitic carbo...
A route for producing diamond nanocrystals is reported in this paper. Li2CO3 containing carbon nanos...
Natural diamonds that have been partially replaced by graphite have been observed to occur in natura...
Diamond nanocrystals were synthesized catalyst-free from nano-porous carbon at high pressure and hig...
Diamond nucleation and growth from submicron clusters consisting of an amorphous carbon phase with p...
Adipic acid was used in this work as a carbon-containing precursor for the HPHT synthesis of a carbo...
International audienceThe high-pressure and high-temperature technique is the most promising for mas...
The hydrothermal synthesis of diamond was carried out in the silicon carbide - organic compound syst...
International audienceBased on comparative studies of pressure–temperature-induced transformations o...
Five precursors covering the whole range of carbon structural organization, i.e. a quasi-amorphous s...
International audienceAbstract— We have studied the high-pressure, high-temperature behavior of adam...
Impact diamonds are formed by a rapid solid-state transformation of mainly sp2 bonded carbon (graphi...
We report synthesis of diamond nanocrystals directly from carbon atoms embedded into fused silica by...
Until now, researchers have conducted many studies about diamond-like carbon materials. We saw some ...
We describe experiments which demonstrate that carbon atoms introduced into a fused-silica substrate...
783-787Diamond and diamond like carbon have been synthesized by direct conversion of pyrolitic carbo...
A route for producing diamond nanocrystals is reported in this paper. Li2CO3 containing carbon nanos...
Natural diamonds that have been partially replaced by graphite have been observed to occur in natura...
Diamond nanocrystals were synthesized catalyst-free from nano-porous carbon at high pressure and hig...
Diamond nucleation and growth from submicron clusters consisting of an amorphous carbon phase with p...