[Studying on the relationship between the fluorescence occurring time and fluorescence summit wavelength].

Jie Liu, Chang-Qing Yu
Author Information
  1. Jie Liu: Beijing Union University Teacher's College, Electric Information Department, Beijing, China.

Abstract

The authors have detected the fluorescence characteristic of aromatic pollution material-anthracene by OMA and obtained its 3-D(time-wavelength-fluorescence intensity) fluorescence diagrams, three summit wavelengths's fluorescence time spectra, equal high spectra. By analyzing these spectra properties, the authors find that there is a clear order with the occurring time among the three fluorescence summit wavelengths (399 nm, 423 nm, 445 nm). Long fluorescence wave occurs earlier than short fluorescence wave. This solution is also analyzed and explained by atomic energy levels theory.

MeSH Term

Algorithms
Anthracenes
Fluorescence
Models, Theoretical
Spectrometry, Fluorescence
Time Factors

Chemicals

Anthracenes
anthracene

Word Cloud

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