- 作者: 唐一怒; 葉君棣
- 作者服務機構: Department of Chemistry, Texas A&M University, College Station, Texas (U.S.A.)
- 中文摘要: Spiropentane was photolyzed using xenon 1470A resonance light source at room temperature. The photolysis products were analyzed by means of FID-gas-chromatographic technique. Through the information about the yields of products, the major primary process of this light-molecule interaction was assigned as C-C bond breakage. Methylenecyclobutane, which has been an identified isomerization product of excited spiropentane molecule, was not able to be produced at present high excitation energy.
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