On the mechanism of thermal rearrangement of (bicyclo[6.1.0]nona-2,4,6-triene)tricarbonylmolybdenumLiotta, Frank J.; Carpenter, Barry K. · Journal of the American Chemical Society · 1985

ON THE BIRADICAL VS. CONCERTED MECHANISMS FOR THE THERMAL REARRANGEMENT OF TRICYCLO[3.3.0.0 ^2,6 ]OCTA-3,7-DIENE TO SEMIBULLVALENEIwamura, Hiizu; Kihara, Hiroshi · Chemistry Letters · 1973

Thermal rearrangement studies on ethyl and chloro diethyl derivatives of closo-2,4-C2B5H7: elimination of a 1,2-substituent-shift mechanistic hypothesis and further support of the DSD cage rearrangement mechanismNam, Wonwoo; Abdou, Zahid J.; Lee, Han; Banuelos, Tereso; Onak, Thomas · Inorganic Chemistry · 1989

Theoretical study on the mechanism for the thermal rearrangement reactions of 2-silylethyl acetate H3SiCH2CH2OCOCH3Zhongfeng Jia; Shengyu Feng; Enfeng Song; Wenyan Sun; Lixiao Cong · 2009

ChemInform Abstract: Thermal Rearrangement Studies on Ethyl and Chloro Diethyl Derivatives of closo-2,4-C2B5H7: Elimination of a 1,2-Substituent-Shift Mechanistic Hypothesis and Further Support of the DSD Cage Rearrangement Mechanism.NAM, W.; ABDOU, Z. J.; LEE, H.; BANUELOS, T.; ONAK, T. · ChemInform · 1989

Laser Flash Photolysis Studies on the First Superoxide Thermal Source. First Direct Measurements of the Rates of Solvent-Assisted 1,2-Hydrogen Atom Shifts and a Proposed New Mechanism for This Unusual Rearrangement ¹Konya, Klara G.; Paul, Thomas; Lin, Shuqiong; Lusztyk, Janusz; Ingold, K. U. · Journal of the American Chemical Society · 2000

Etude des petits cycles—XXVIII : Regression de cycle generale de cyclobutanols—I. Halohydrines-1,2, diols-1,2 et epoxydes correspondantsJ.P. Barnier; J.M. Denis; J. Salaun; J.M. Conia · 1974

Etude des petits cycles—XXXI : Regression de la cyclobutanone et extension de cycle du methylenecyclopropane par oxydationJ. Salaun; B. Garnier; J.M. Conia · 1974

Etude des petits cycles—XXIX : Regression de cycle generale de cyclobutanols. Part II. Alkylidene-2 cyclobutanols, ceto-2 cyclobutanols et cetals, hemicetals et hydrate derivesJ.P. Barnier; J.M. Denis; J. Salaun; J.M. Conia · 1974

Sur la generalite de la conversion en cyclobutanones des cyclopropanols et des cyclopropyl-silyl-ethers porteurs d'un carbone accepteur en position 1.J.P. Barnier; B. Garnier; C. Girard; J.M. Denis; J. Salaun; J.M. Conia · 1973

Etude des petits cycles—XXVII : Mecanisme de la regression de cycle des hydrates, hemicetals et cetals des bromo-2 (et tosyloxy-2) cyclobutanonesJ. Salaun; B. Garnier; J.M. Conia · 1973

Etude des petits cycles—XXX : Extension de cycle generale de cyclopropanols: Halomethyl-1, hydroxymethyl-1, vinyl-1, acyl-1, cyclopropanols, et des oxaspiropentanes en cyclobutanonesJ. Salaun; B. Garnier; J.M. Conia · 1974