Pore-size effects on the fractal distribution of adsorbed acceptor molecules as revealed by electronic energy transfer on silica surfaces

Dina Pines-Rojanski; Dan Huppert; David Avnir

doi:10.1016/0009-2614(87)80160-4

Pore-size effects on the fractal distribution of adsorbed acceptor molecules as revealed by electronic energy transfer on silica surfaces

Dina Pines-Rojanski^*
, Dan Huppert
, David Avnir

^*Corresponding author for this work

Institute of Chemistry

Research output: Contribution to journal › Article › peer-review

37 Scopus citations

Abstract

The fractal dimension, D, of the distribution of adsorbed molecules (malachite green, MG, the acceptor) is affected by morphological changes in the support, i.e. by the average pore size of silica. This was found by analysing the kinetics of one-step electronic energy transfer between adsorbed rhodamine B and MG according to the Klafter-Blumen equation.

Original language	English
Pages (from-to)	109-115
Number of pages	7
Journal	Chemical Physics Letters
Volume	139
Issue number	1
DOIs	https://doi.org/10.1016/0009-2614(87)80160-4
State	Published - 14 Aug 1987

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title = "Pore-size effects on the fractal distribution of adsorbed acceptor molecules as revealed by electronic energy transfer on silica surfaces",

abstract = "The fractal dimension, D, of the distribution of adsorbed molecules (malachite green, MG, the acceptor) is affected by morphological changes in the support, i.e. by the average pore size of silica. This was found by analysing the kinetics of one-step electronic energy transfer between adsorbed rhodamine B and MG according to the Klafter-Blumen equation.",

author = "Dina Pines-Rojanski and Dan Huppert and David Avnir",

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AU - Pines-Rojanski, Dina

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N2 - The fractal dimension, D, of the distribution of adsorbed molecules (malachite green, MG, the acceptor) is affected by morphological changes in the support, i.e. by the average pore size of silica. This was found by analysing the kinetics of one-step electronic energy transfer between adsorbed rhodamine B and MG according to the Klafter-Blumen equation.

AB - The fractal dimension, D, of the distribution of adsorbed molecules (malachite green, MG, the acceptor) is affected by morphological changes in the support, i.e. by the average pore size of silica. This was found by analysing the kinetics of one-step electronic energy transfer between adsorbed rhodamine B and MG according to the Klafter-Blumen equation.

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Pore-size effects on the fractal distribution of adsorbed acceptor molecules as revealed by electronic energy transfer on silica surfaces

Abstract

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