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...utational methods in chemistry and more recent and/or technical aspects of quantum chemistry, see [[computational chemistry]]. For theoretical concepts related to chemi ...g to their [[reactivity]] is one of the applications of quantum chemistry. Quantum chemistry lies on the border between [[chemistry]] and [[physics]], and significant c

{{r|Quantum chemistry}}

{{r|Quantum chemistry}}

{{r|Quantum chemistry}}

{{r|Quantum chemistry}}

{{r|Quantum chemistry}}

In [[quantum chemistry]], an '''electron orbital''' (or more often just '''orbital''') is a synony ...ffective one-electron Schrödinger equations. This distinction faded out in quantum chemistry, resulting in the present definition of "normalizable one-electron functio

* {{cite book | author=McQuarrie, Donald A | title=Quantum Chemistry | location=Mill Valley, Calif. | publisher=University Science Books | year

...is one of several [[quantum chemistry]] [[post-Hartree-Fock]] [[ab initio quantum chemistry methods|ab initio methods]] in the field of [[computational chemistry]]. It | title = Quantum Chemistry

...eas of physics such as [[quantum mechanics]] (in the applied subfield of [[quantum chemistry]]), [[thermodynamics]], and [[electromagnetism]].

In [[quantum chemistry]], '''Slater-type orbitals''' (STOs) are functions used as [[electron orbit

...ik, vol '''60''', pp. 491&ndash;527. English translation by H. Hettema, ''Quantum Chemistry, Classic Scientific Papers'', World Scientific, Singapore (2000)</ref> gave ...sche Chemie, pp. 222&ndash;251 (1930) English translation by H. Hettema, ''Quantum Chemistry, Classic Scientific Papers'', World Scientific, Singapore (2000)</ref> an

...Physik vol. '''48''', p. 469 (1929). English translation in H. Hettema, ''Quantum Chemistry, Classic Scientific Papers'', p. 81, World Scientific, Singapore (2000). La

...and [[Mathematics]] in deriving equations. It is usually associated with [[quantum chemistry]], [[theoretical chemistry]] and [[computational chemistry]]. ...ticular, the application of [[quantum mechanics]] to chemistry is called [[quantum chemistry]]. Since the end of the [[Second World War]], the development of computers

In [[quantum mechanics]] and [[quantum chemistry]], an '''atomic orbital''' is a function of an electron that describes the In the pre-computer era of quantum chemistry, an atomic orbital (AO) was seen as a solution of a one-electron Schröding

...lus]] and mathematics in deriving equations. It is usually associated with quantum chemistry, theoretical chemistry, and computational chemistry. ...ticular, the application of [[quantum mechanics]] to chemistry is called [[quantum chemistry]]. Since the end of the [[Second World War]], the development of computers

{{cite book |title=Relativistic quantum chemistry: the fundamental theory of molecular science |author=Markus Reiher, Alexand ...om/books?hl=en&lr=&id=sGsR18jJujYC&oi=fnd&pg=PA1 article] in ''Advances in Quantum Chemistry'', vol. 19, Academic Press, 1987 |url=http://books.google.com/books?id=KAN

In quantum chemistry and molecular physics, a common unit of dipole moment is the [[atomic unit]

In [[quantum chemistry]], a '''Gaussian type orbital''' (GTO) is an [[electron orbital#atomic orb

...the so-called ''Wannier functions''. See, for example, {{cite book |title=Quantum chemistry of solids: the LCAO first principles treatment of crystals |author=Robert A