reaction energy

reaction energy

[rē′ak·shən ‚en·ər·jē]
(nuclear physics)
References in periodicals archive ?
Zhang, "Investigation on reaction energy, mechanical behavior and impact insensitivity of W-PTFE-Al composites with different W percentage," Materials & Design, vol.
From Figure 4, it is seen that the concerted [3 + 2] addition pathway in the reaction of CpCo[(NO).sub.2] with 2-norbonene has an activation barrier of 9.0 kcal [mol.sup.-1] which is the lowest activation barrier obtained in all the olefins studied in this work and the final product has a reaction energy of -29.4 kcal [mol.sup.-1].
Moreover, in order to shed more light into the formation of complexes 1-4, we have used an energy decomposition analysis [84, 85] for the reaction energy ([DELTA][E.sub.Rxn]) according to the following equation:
At low temperatures, the reaction energy between polymer molecular chains are greater than the reaction energy of interact polymer-solvent, so the crystalline region of the PVDF remain practically interactive and swelling results, as the solvent succeeds to enter the amorphous region.
Other artificial photosynthesis technologies use materials that absorb UV light from sunlight to reach the high reaction energy required to convert carbon dioxide into a fuel.
Chemical reactions including those where solids react with gases or liquids can be handled very effectively with the high efficiency of the mixer ensuring an homogenous result in product conversion, while the reaction energy is efficiently removed or supplied by the efficient heat transfer within the dryer unit.
From these three figures, it is known that the value of modifying factor increases with the increase of reaction energy. At RHIC energies, with the growth of reaction energy, the regions are enlarging which is affected by the potentials of both formed and "preformed" hadrons.
Models of the reagents, products, and reaction intermediates were also constructed in order to estimate the overall reaction energy profiles.
The study of the copper-free Sonogashira cross-coupling reaction was carried out by determining the structures corresponding to ground states and transition states on the reaction energy hypersurfaces.
From the low internal energy content of the products, Donaldson and co-workers concluded that most of the reaction energy appears in translation.
Chemical reactions including those where solids react with gases or liquids, can be handled very effectively with the high efficiency of the mixer ensuring an homogenous result in product conversion, while the reaction energy is efficiently removed or supplied by the good heat transfer within the dryer unit.