Science, Bindi 323,Útgáfur 5917-5922American Association for the Advancement of Science, 2009 |
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... SWNTs ( 18 ) . Figure S2 plots the relative photoluminescence intensity of Fig . 2 , В to D , as a function of nanotube diameter d1 . With the exception of ( 7,5 ) -SWNTs , which are more abundant in toluene , the relative photolumines ...
... SWNTs ( 18 ) . Figure S2 plots the relative photoluminescence intensity of Fig . 2 , В to D , as a function of nanotube diameter d1 . With the exception of ( 7,5 ) -SWNTs , which are more abundant in toluene , the relative photolumines ...
Síða 1321
... SWNT dispersion shows a maximum photoluminescence intensity ( 314,800 counts ) for a significantly lesser amount of SWNTs according to Fig . 3A . Red arrows depict EET features from large to small band gap nanotubes . colored Gaussians ...
... SWNT dispersion shows a maximum photoluminescence intensity ( 314,800 counts ) for a significantly lesser amount of SWNTs according to Fig . 3A . Red arrows depict EET features from large to small band gap nanotubes . colored Gaussians ...
Síða 1322
... SWNTs . Quantum yield values for ( 6,5 ) -SWNTs were determined by comparing their electronic absorption ( A ) and photoluminescence emission ( B ) relative to a Styryl - 13 reference standard ( 11 ) . ( C ) Normalized photoluminescence ...
... SWNTs . Quantum yield values for ( 6,5 ) -SWNTs were determined by comparing their electronic absorption ( A ) and photoluminescence emission ( B ) relative to a Styryl - 13 reference standard ( 11 ) . ( C ) Normalized photoluminescence ...
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