Add to ORKGThe yield and decay time of the donor phosphorescence as functions of acceptor concentration in sensitized phosphorescence are measured in a rigid solution for systems of aromatic molecules. The results are analyzed with a theory developed by Inokuti and Hirayama for energy transfer by exchange interaction. The influence of the substituted position on triplet-triplet energy transfer is found in 2-position of substituted naphthalene
This thesis Entitled phenylethynylarene based Donor-Acceptor systems:Desigh,Synthesis and Photophys...
From the measurement of relative fluorescence intensity of α- and β-naphthol in n-heptane containing...
The electronic coupling for triplet energy transfer is calculated by time-dependent density function...
The yield and decay time of the donor phosphorescence as functions of acceptor concentration in sens...
The yield and decay time of the donor phosphorescence as functions of acceptor concentration in sens...
The yield of the phosphorescence of substituted benzaldehydes as functions of naphthalene concentrat...
The yield of the phosphorescence of alkyl phenyl ketones as functions of naphthalene concentration i...
Radiationless energy transfer between like and unlike molecules has been experimentally studied unde...
The yield of the phosphorescence of substituted benzaldehydes as functions of naphthalene concentrat...
Author Institution: Coates Chemical Laboratories, Louisiana State University“The quantum-yield ratio...
Author Institution: Coates Chemical Laboratories, Louisiana State University; Department of Chemistr...
Selective excitation of singlet states of one guest molecule (phenazine or acridine as donor) in a h...
In this work, the triplet state behavior of naphthalene-based pseudopeptides with amide-based macroc...
The yield of the phosphorescence of alkyl phenyl ketones as functions of naphthalene concentration i...
In this work, the triplet state behavior of naphthalene-based pseudopeptides with amide-based macroc...
This thesis Entitled phenylethynylarene based Donor-Acceptor systems:Desigh,Synthesis and Photophys...
From the measurement of relative fluorescence intensity of α- and β-naphthol in n-heptane containing...
The electronic coupling for triplet energy transfer is calculated by time-dependent density function...
The yield and decay time of the donor phosphorescence as functions of acceptor concentration in sens...
The yield and decay time of the donor phosphorescence as functions of acceptor concentration in sens...
The yield of the phosphorescence of substituted benzaldehydes as functions of naphthalene concentrat...
The yield of the phosphorescence of alkyl phenyl ketones as functions of naphthalene concentration i...
Radiationless energy transfer between like and unlike molecules has been experimentally studied unde...
The yield of the phosphorescence of substituted benzaldehydes as functions of naphthalene concentrat...
Author Institution: Coates Chemical Laboratories, Louisiana State University“The quantum-yield ratio...
Author Institution: Coates Chemical Laboratories, Louisiana State University; Department of Chemistr...
Selective excitation of singlet states of one guest molecule (phenazine or acridine as donor) in a h...
In this work, the triplet state behavior of naphthalene-based pseudopeptides with amide-based macroc...
The yield of the phosphorescence of alkyl phenyl ketones as functions of naphthalene concentration i...
In this work, the triplet state behavior of naphthalene-based pseudopeptides with amide-based macroc...
This thesis Entitled phenylethynylarene based Donor-Acceptor systems:Desigh,Synthesis and Photophys...
From the measurement of relative fluorescence intensity of α- and β-naphthol in n-heptane containing...
The electronic coupling for triplet energy transfer is calculated by time-dependent density function...