Carbonaceous grains represent a major component of cosmic dust. The review will summarize new results in laboratory investigations of carbonaceous dust components. The nanometer-sized carbon particles are supposed to represent a blend of differently structured carbon including graphitic, diamond-like, fullerene-like and chain-like components on a subnanometer or nanometer scale. Recent models used to explain the structure of gas-phase condensed carbon nano-particles are discussed. Possible formation pathways of carbonaceous grains from molecular components and clusters and the role of polycyclic aromatic hydrocarbons (PAHs) and fullerenes are disclosed
A transmission electron microscope study of individual soot grains forming fluffy carbon particles ...
Context. Aromatic =CH and C=C vibrational bands have been observed within shocked interstellar regio...
Nanometer- and subnanometer-sized carbonaceous particles have been synthesized via gas-phase condens...
Carbonaceous grains represent a major component of cosmic dust. The review will summarize ...
Carbonaceous grains represent a major component of cosmic dust. The review will summarize new result...
Abstract. Carbonaceous grains represent a major component of cosmic dust. The review will summarize ...
Carbonaceous grains represent a major component of cosmic dust. In order to understand their formati...
The recent discovery that a uniquely stable, spheroidal, carbon molecule consisting of 60 atoms, C 6...
Dust, a small solid particle, is a main member of the interstellar matter of our Galaxy.Carbonaceous...
The self-assembly and structure of carbonaceous particles are investigated using molecular modelling...
Conference Theme: Physics and Chemistry of the Late Stages of Stellar EvolutionSession Session 5: Or...
Abstract. Carbonaceous cosmic dust is mainly observed through in-frared spectroscopy either in absor...
Transmission electron microscopy has been used to examine carbon isolated from the Allende meteorite...
Carbon particles synthesized by acetylene pyrolysis in a porous graphite reactor have been investiga...
Context. Top-down chemistry is believed to be responsible for the formation of the large molecular c...
A transmission electron microscope study of individual soot grains forming fluffy carbon particles ...
Context. Aromatic =CH and C=C vibrational bands have been observed within shocked interstellar regio...
Nanometer- and subnanometer-sized carbonaceous particles have been synthesized via gas-phase condens...
Carbonaceous grains represent a major component of cosmic dust. The review will summarize ...
Carbonaceous grains represent a major component of cosmic dust. The review will summarize new result...
Abstract. Carbonaceous grains represent a major component of cosmic dust. The review will summarize ...
Carbonaceous grains represent a major component of cosmic dust. In order to understand their formati...
The recent discovery that a uniquely stable, spheroidal, carbon molecule consisting of 60 atoms, C 6...
Dust, a small solid particle, is a main member of the interstellar matter of our Galaxy.Carbonaceous...
The self-assembly and structure of carbonaceous particles are investigated using molecular modelling...
Conference Theme: Physics and Chemistry of the Late Stages of Stellar EvolutionSession Session 5: Or...
Abstract. Carbonaceous cosmic dust is mainly observed through in-frared spectroscopy either in absor...
Transmission electron microscopy has been used to examine carbon isolated from the Allende meteorite...
Carbon particles synthesized by acetylene pyrolysis in a porous graphite reactor have been investiga...
Context. Top-down chemistry is believed to be responsible for the formation of the large molecular c...
A transmission electron microscope study of individual soot grains forming fluffy carbon particles ...
Context. Aromatic =CH and C=C vibrational bands have been observed within shocked interstellar regio...
Nanometer- and subnanometer-sized carbonaceous particles have been synthesized via gas-phase condens...