Fullerenes revisited: Materials chemistry and applications of C60 molecules
PP Shanbogh, NG Sundaram - Resonance, 2015 - Springer
PP Shanbogh, NG Sundaram
Resonance, 2015•SpringerThe serendipitous discovery of C 60 fullerene, which resulted in the prestigious Nobel Prize
in Chemistry in 1996, spurred the finding of other fullerenes possessing carbon atoms
ranging from 16 to hundreds. In this article, we offer a bird's eye view of the synthesis,
properties and recent applications of this class of carbon allotropes with special emphasis
on C 60 molecules. The versatility of the molecule and its applications interlinking the
various interdisciplinary areas of science are described.
in Chemistry in 1996, spurred the finding of other fullerenes possessing carbon atoms
ranging from 16 to hundreds. In this article, we offer a bird's eye view of the synthesis,
properties and recent applications of this class of carbon allotropes with special emphasis
on C 60 molecules. The versatility of the molecule and its applications interlinking the
various interdisciplinary areas of science are described.
Abstract
The serendipitous discovery of C60 fullerene, which resulted in the prestigious Nobel Prize in Chemistry in 1996, spurred the finding of other fullerenes possessing carbon atoms ranging from 16 to hundreds. In this article, we offer a bird’s eye view of the synthesis, properties and recent applications of this class of carbon allotropes with special emphasis on C60 molecules. The versatility of the molecule and its applications interlinking the various interdisciplinary areas of science are described.
Springer
以上显示的是最相近的搜索结果。 查看全部搜索结果