Study of the 12C(12C,n)23Mg reaction around the resonance at Ecm = 19.3 MeV

A strong selectivity of the ¹²C(¹²C,n)²³Mg reaction is observed in a resonance at $\text{E}{}_{\mathrm{<mtext>cm</mtext>}}\text{(}{}^{12}\text{C) = 19.3}\text{MeV}$. The neutron spectra and n-γ coincidence measurements show evidence for population of high-spin members of the ground- state rotational band in ²³Mg.     

Alfréd Rényi

Probability Theory and Related Fields -     

Thetafunktionen und multiplikative automorphe Funktionen zu vorgegebenen Divisoren in komplexen Räumen

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Nucleophilic Reactions at Tertiary Carbon. Part 2. σ- and π-routes to the 8-hydrindanyl cation

Stereoisomeric ion pairs are implicated as intermediates in the solvolysis of cis and trans-8-hydrindanyl chloride 3 , whereas 4-(cyclopenten-1-yl)butyl tosylate 5 appears to cyclize by way of an unsymmetrically solvated 8-hydrindanyl cation. This follows from the solvolysis products and rates of these compounds in aqueous solvents. The rate and equilibrium constants of the chlorides 3 show that the transition state for the trans-isomer is more stable by 0.5 kcal than the one for the cis-isomer. By inference the intermediates differ by a similar amount of energy. Experimental results are not explained satisfactorily by conformationally isomeric 8-hydrindanyl cations, as suggested in the literature.     

Fastperiodische Markoffsche Prozesse

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