Calculated entropies for n-heptane, 2-methylhexane, 2,3-dimethylpentane, and radicals from the loss of h atomsEntropy data are reported using different calculation methods for internal rotors on n-heptane, 2-methylhexane, and 2,3-dimethylpentane and on the different radical sites of each species corresponding to the loss of a hydrogen atom for temperatures between 298 and 1500 K....
Carbon isotopic evidence for the catalytic origin of light hydrocarbons... It implicates two cyclopropane-like precursors, [S6] and [S7] (where S denotes any substrate), of similar structures, each yielding three isomers along similar kinetic pathways: [S6] → n-hexane + 2-methylpentane + 3-methylpentane [S7] → n-hexane + 2-methylhexane + 3-methylhexane This view is supported here by the carbon isotope ratios of these isomers in 36 oils from Western Canada (M....
Light-regulated electrochemical reaction assistedcore–shell heterostructure for detecting specific volatilemarkers with controllable sensitivity and selectivity... After screening of various core candidates, Fe2O3 was found to exhibit relatively low conversion rate to 3-methylhexane,which is one of the representative volatile markers for breath analysis,suggesting that mutual interference would be eliminated by Fe2O3....
The excess enthalpies and volumes of mixing of 3-methylhexane with carbon tetrachloride...303.15 K for the mixtures of (±), (+) and (-) 3 methylhexane with carbon tetrachloride, using improved calorimetric and dilatometric systems....
