DIRECT EVIDENCE OF PHOTODISSOCIATION OF CARBAZOLE VIA THE HIGHER EXCITED TRIPLET STATE BY A DOUBLE EXCITATION METHOD
Author:
Publisher
The Chemical Society of Japan
Subject
General Chemistry
Reference10 articles.
1. Triplet—Triplet Absorption in Sensitized Solvent Decomposition: An EPR Study
2. Photolysis of Low‐Temperature Glasses. I. Ethanol and Ether at 77°K
3. BIPHOTONIC SENSITIZATION OF BOND SPLITTING IN ORGANIC MOLECULES AT 77°K: AN EPR STUDY
4. Intramolecular formation of p-methylbenzyl radical from p-xylene
5. Mechanism of photodissociation of hydroquinone derivatives
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