@article{ART001411914},
author={윤신숙 and 황성호 and Sung Kyu Hong and Jeong Ho Lee and Ko Weon Bae},
title={Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films},
journal={Carbon Letters},
issn={1976-4251},
year={2009},
volume={10},
number={4},
pages={325-328}
TY - JOUR
AU - 윤신숙
AU - 황성호
AU - Sung Kyu Hong
AU - Jeong Ho Lee
AU - Ko Weon Bae
TI - Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films
JO - Carbon Letters
PY - 2009
VL - 10
IS - 4
PB - Korean Carbon Society
SP - 325
EP - 328
SN - 1976-4251
AB - This cycloaddition of [70]fullerene with methyl azidoacetate in benzene under ultrasonic irradiated condition afforded the
closed [5,6]-bridged aziridino[70]fullerene derivative, which was unusual product of cycloaddition to the 5,6-junction of
fullerene. Its structure was determined by FAB-MS, UV-vis, 1H- and 13C-NMR spectral data. The closed [5,6]-bridged
aziridino[70]fullerene-functionalized gold nanoparticle films were self-assembled using the layer-by-layer method on the
reactive of glass slides functionalized with 3-mercaptopropyltrimethoxysilane. The functionalized glass slides were alternately
soaked in the solution containing closed the [5,6]-bridged aziridino[70]fullerene and 4-aminothiophenoxide/hexanethiolateprotected
gold nanoparticles. The closed [5,6]-bridged aziridino[70]fullerene-functionalized gold nanoparticle films have
grown up to 5 layers depending on the immersion time. The self-assembled nanoparticle multilayer films were characterized
using UV-vis spectroscopy showed that the surface plasmon band of gold at 527 nm gradually became more evident as
successive layers were added to the films.
KW - Cylcoaddition of [70]fullerene;Ultrasonic irradiated condition;Gold nanoparticle;UV-vis spectra;Self-assembly
DO -
UR -
ER -
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee and Ko Weon Bae. (2009). Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films. Carbon Letters, 10(4), 325-328.
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee and Ko Weon Bae. 2009, "Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films", Carbon Letters, vol.10, no.4 pp.325-328.
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee, Ko Weon Bae "Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films" Carbon Letters 10.4 pp.325-328 (2009) : 325.
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee, Ko Weon Bae. Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films. 2009; 10(4), 325-328.
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee and Ko Weon Bae. "Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films" Carbon Letters 10, no.4 (2009) : 325-328.
윤신숙; 황성호; Sung Kyu Hong; Jeong Ho Lee; Ko Weon Bae. Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films. Carbon Letters, 10(4), 325-328.
윤신숙; 황성호; Sung Kyu Hong; Jeong Ho Lee; Ko Weon Bae. Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films. Carbon Letters. 2009; 10(4) 325-328.
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee, Ko Weon Bae. Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films. 2009; 10(4), 325-328.
윤신숙, 황성호, Sung Kyu Hong, Jeong Ho Lee and Ko Weon Bae. "Sonochemical Synthesis of Closed [5,6]-bridged Aziridino[70]fullerene Derivative and Self-assembled Multilayer Films" Carbon Letters 10, no.4 (2009) : 325-328.
