Quenching of the Yt-Base Fluorescence by Heavy-Atom Induced Intermoleeular Singlet-Triplet Energy Transfer

Articles in the same Issue

1. Titelei
2. Inhaltsverzeichnis
3. Stochastic Properties of a One-Dimensional Discrete Ginzburg-Landau Field
4. Der Einflufi der Phononenmitfiihrung auf den Elektrotransp in Metallen / Influence of Phonon Drag on the Eledromigration in Metals
5. Influence of High Frequency Electric Field on the Dispersion of Ion-Acoustic Waves in Plasma
6. Diode Laser Spectrum of HCCCN near 5 pm * The Hot Band
7. Interpretation der Absorptionsspektren von Aza- und Azinium-substituierten Anthracenen / The Interpretation of Absorption Spectra of Aza- and Azinium-Substituted Anthracenes
8. ¹⁴N Nuclear Quadrupole Coupling in Heterocyclic Compounds, Part 2. A Comparison of ab initio Calculations and Experimental Results for the Azoles and Azines
9. Production of Polycrystalline n-TiO₂-Layers for Photoelectrodiemical Purpose
10. Bestimmung partieller photochemisdier Quantenausbeuten iiber kombinierte Absorptions- und Fluoreszenzmessung / On the Determination of Partial Photochemical Quantum Yields by Combined Absorbance and Fluorescence Measurement
11. Induced Smectic Phases I. Polymorphism in Binary Mixtures of Alkyloxybenzylidene-alkylanilines with Alkyl- and Alkyloxy- cyanobiphenyls
12. Study of Sulfur-Sulfur Nonbonded Interactions in Substituted Diphosphine Disulfides by Gas-Phase UV Photoelectron Spectroscopy
13. Exploded Points
14. Quenching of the Yt-Base Fluorescence by Heavy-Atom Induced Intermoleeular Singlet-Triplet Energy Transfer
15. Comments on the Mean Diffusion Length of Luminescent Molecules in Solutions
16. Strange Attractors, Chaotic Behavior, and Information Flow