Nous incorporons dans une théorie de la dépolarisation par concentration l'effet de corrélations entre orientations moléculaires sur l'anisotropie de l'émission de fluorescence. Nous présentons des calculs explicites pour un modèle simple de transfert d'énergie et comparons les résultats numériques à ceux de systèmes sans corrélations.A theory of concentration depolarization is presented, that incorporates the effect of correlations between molecular orientations upon the anisotropy of fluorescence emission. Explicit calculations are performed for a simple model of energy transfer, and numerical results are compared with those for systems without correlations
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
A theory is presented that incorporates the effect of orientational correlations between luminescent...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
The incorporation is studied of the orientation factor occurring in the complete Förster rate of inc...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...
Fluorescence depolarization is a powerful technique in resolving dynamics of molecular systems. Data...