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The DOC molecules in the DOC/hectorite composite fluoresce when the DOC/hectorite composite is pumped at 480 nm see Supporting Information
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The DOC molecules in the DOC/hectorite composite fluoresce when the DOC/hectorite composite is pumped at 480 nm (see Supporting Information).
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65249182750
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When the concentration of DOC increases and the molar ratio of DOC to coumarin moiety become greater than 1, the difference between the average D, A distance with and without considering the energy transfer across the two-dimensional surfaces will become significant
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When the concentration of DOC increases and the molar ratio of DOC to coumarin moiety become greater than 1, the difference between the average D - A distance with and without considering the energy transfer across the two-dimensional surfaces will become significant.
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0 is the Förster distance and r is the distance between the donor and the acceptor.
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0 is the Förster distance and r is the distance between the donor and the acceptor.
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The energy transfer can be considered to occur to both the E- and Z-isomers from the coumarin moiety because of spectral overlap (absorption and emission spectra), whereas only the E-isomer can fluoresce intensly.
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The energy transfer can be considered to occur to both the E- and Z-isomers from the coumarin moiety because of spectral overlap (absorption and emission spectra), whereas only the E-isomer can fluoresce intensly.
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