On the second rotational isomeric form of butadiene-1,3
β Scribed by Yu.N. Panchenko; A.V. Abramenkov; V.I. Mochalov; A.A. Zenkin; G. Keresztury; G. Jalsovszky
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 422 KB
- Volume
- 99
- Category
- Article
- ISSN
- 0022-2852
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## Abstract Analytical methods facilitating studies of electrophilically reactive and genotoxic compounds in vitro and in vivo are needed. The strong nucleophile, cob(I)alamin, formed by reduction of Vitamin B~12~ [cob(III)alamin], may be used for trapping and analysis of 1,2βepoxides and other ele
negative ion lormation in ethylene and l,%butadicne has been studied using high resolution, ION, energy electron scattering. Sharp structure in the total electron scattering cross section allows the adiabatic electron affinity of each molecule to be determined Icadin\_e to values of -1.55 + 0.1 eV T
The sharp, weak absorption bands that overlay the descending tai! of the intense N-V absorption system of mans-1,3butadiene are shown to comprise a forbidden electronic transition that is made visible by viintions of the au symmetry species of the C2h symmetry group to which this molecule belongs.