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Thermochemical equations nuclear

Oxidation of ClF by F2 yields C1F3, an important fluorinating agent formerly used to produce the uranium compounds in nuclear fuels ClF(g) + F2(g) — C1F3(1). Use the following thermochemical equations to calculate A//°rxn for the production of C1F3 ... [Pg.20]

In section 5.1, you learned about the energy changes that accompany physical changes, chemical reactions, and nuclear reactions. You learned how to represent energy changes using thermochemical equations and diagrams. In the next section, you will determine the enthalpy of a reaction by experiment. [Pg.232]

Just as an ordinary chemical equation is a shortened version of the complete thermochemical equation which expresses both energy and mass balance, each nuclear equation has a term (written or implied) expressing energy balance. The symbol Q is usually used to designate the net energy released when all reactant and product particles of matter are at zero velocity. Q is the energy equivalent of the mass decrease (discussed above) accompanying the reaction. Q is usually expressed in MeV. [Pg.364]

Nuclear reaction energies may be included in nuclear equations, just as chemical reaction energies are included in thermochemical equations ... [Pg.469]

Note, however, that thermonuclear equations refer to individual atoms whereas thermochemical equations generally refer to molar quantities. Just as chemical reactions may be exo- or endothermic, nuclear reactions are sometimes described as exoergic or endoergic... [Pg.469]


See other pages where Thermochemical equations nuclear is mentioned: [Pg.55]    [Pg.17]    [Pg.115]    [Pg.102]    [Pg.272]    [Pg.251]   
See also in sourсe #XX -- [ Pg.198 ]




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