In addition to I-h symmetry buckminsterfullerene, four other isomers of C-60 were generated in a microwave plasma of chloroform. The newly observed isomers, separated and identified by a high performance liquid chromatography coupled with mass spectrometry (HPLC-MS), were found to be stable at room temperature but transform to buckminsterfullerene when heated. With regards to the generation of various fully chlorinated carbon clusters as well as the C-60 isomers, which may be attributed to the rapidly cooling of the synthetic reaction, a modified Pentagon Road scheme is suggested for fullerene formation. (C) 2001 Elsevier Science B.V. All rights reserved
The production of fullerene molecules typically involves extreme high-temperature conditions (electr...
For the first time, the thermal stability limits of one of the most highly cited and well-studied fu...
Fullerenes are composed of carbon atoms arranged in approximately spherical or ellipsoidal cages res...
Fullerenes C60 and C70, generated by combustion, have been shown previously to be produced in contro...
We have synthesized C60 in gram quantities using the Kratschmer and Huffman technique. The arc vapo...
Fullerenes, the family of large, all-carbon, cage-like molecules, promise to launch an array of new ...
Reaction of freshly prepared C60Cl6 (from chlorination of [60]fullerene by ICI in benzene) with meth...
Fullerene C<sub>98</sub> possesses 259 isomers obeying the isolated pentagon rule (IPR), from which ...
New synthetic routes leading to 1-vinylcyclopropene and methylenecyclopropene were established makin...
The minor constituents of toluene extracts of three fullerene-rich materials have been characterized...
Heating [60]fullerene with Br-2/FeCl3/benzene under reflux for 24 h yields in addition to the previo...
Abstract. The utility of high-temperature gas-phase cyclization reactions for constructing bowl-shap...
Reaction of C₆₀, C₆F₅CF₂I, and SnH(n-Bu)₃ produced, among other unidentified fullerene derivatives, ...
Controlled synthesis of fullerenes and heterofullerenes on surfaces is a preceding step towards the ...
A new [70]fullerene dimer consisting of 141 carbon atoms was first synthesized by a new method with ...
The production of fullerene molecules typically involves extreme high-temperature conditions (electr...
For the first time, the thermal stability limits of one of the most highly cited and well-studied fu...
Fullerenes are composed of carbon atoms arranged in approximately spherical or ellipsoidal cages res...
Fullerenes C60 and C70, generated by combustion, have been shown previously to be produced in contro...
We have synthesized C60 in gram quantities using the Kratschmer and Huffman technique. The arc vapo...
Fullerenes, the family of large, all-carbon, cage-like molecules, promise to launch an array of new ...
Reaction of freshly prepared C60Cl6 (from chlorination of [60]fullerene by ICI in benzene) with meth...
Fullerene C<sub>98</sub> possesses 259 isomers obeying the isolated pentagon rule (IPR), from which ...
New synthetic routes leading to 1-vinylcyclopropene and methylenecyclopropene were established makin...
The minor constituents of toluene extracts of three fullerene-rich materials have been characterized...
Heating [60]fullerene with Br-2/FeCl3/benzene under reflux for 24 h yields in addition to the previo...
Abstract. The utility of high-temperature gas-phase cyclization reactions for constructing bowl-shap...
Reaction of C₆₀, C₆F₅CF₂I, and SnH(n-Bu)₃ produced, among other unidentified fullerene derivatives, ...
Controlled synthesis of fullerenes and heterofullerenes on surfaces is a preceding step towards the ...
A new [70]fullerene dimer consisting of 141 carbon atoms was first synthesized by a new method with ...
The production of fullerene molecules typically involves extreme high-temperature conditions (electr...
For the first time, the thermal stability limits of one of the most highly cited and well-studied fu...
Fullerenes are composed of carbon atoms arranged in approximately spherical or ellipsoidal cages res...