Magnetic field effects upon the photochemistry of chain molecules, A-( CHr),-D, where A is a pnitrophenoxy group and D an anilino or pfluoroanilino group, have been studied by steady-state photolysis. Magnetic field effects due to the hypertine coupling mechanism are observed when the chain length n
Photochemistry of bichromophoric chain molecules containing electron donor and acceptor moieties. Dependence of reaction pathways on the chain length and mechanism of photoredox reaction of N-|ω-(p-nitrophenoxy)alkyl|anilines
✍ Scribed by Ryoichi Nakagaki; Mitsuo Hiramatsu; Kiyoshi Mutai; Saburo Nagakura
- Publisher
- Elsevier Science
- Year
- 1985
- Tongue
- English
- Weight
- 409 KB
- Volume
- 121
- Category
- Article
- ISSN
- 0009-2614
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✦ Synopsis
lrrsr,rure f<>r hfolccular Sclencr hf, odqt 0huzaX1 -#4J Jopun Surwhmg of pholochemlcsl renc~lon pathnays NBS round [or 3 senes or blchromophorlc sprees D-(CH,),,-A conr~srmg or electron donor and nccrplor molehe~ by changmg the number ol mcthylcne groups hnh~ng IWO chromophora Long-chom molecules (n > 8) shoa ;1 pholoredox reacmm *hrIe short-ch.un compounds (n < 6) exhlblr Ihe photo-Smllec rcarrangemen~ when D = amlino and A = p-nrlrophenoq group ' PresLnl address Hamamalru Pholomcs K K Ichmo-cho Ham.lmauu 435. Japan ' Prcscm address College or AVIS snd %ences. The Under-s11y or Tokyo Komaba. Meguro Tokyo 153. Japnn
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