%0 Book %1 pbunker05:symm %A Bunker, Philip R. %A Jensen, Per %B Series in Chemical Physics %C Bristol %D 2005 %I Institute of Physics Pub. %K chemistry eigenfunction group mathematics mechanics physics quantum rotational spectroscopy symmetry theory vibration %T Fundamentals of Molecular Symmetry %X A student-level text describing molecular symmetry groups and their application to spectroscopy. Chapter titles are: molecular spectroscopy; quantum mechanics; electronic states; vibrational states; rotational states; geometrical symmetry; the symmetry of the Hamiltonian; the symmetry groups of rigid molecules; nuclear spin, statistical weights and hyperfine structure; the symmetry of electronic wave functions; the symmetry of rotation-vibration wave functions; symmetry selection rules for optical transitions; the symmetry groups of non-rigid molecules; other symmetries; symmetry violation. %Z Series editors: N.~D. Spencer and J.~H. Moore.

@book{pbunker05:symm, abstract = {A student-level text describing molecular symmetry groups and their application to spectroscopy. Chapter titles are: molecular spectroscopy; quantum mechanics; electronic states; vibrational states; rotational states; geometrical symmetry; the symmetry of the Hamiltonian; the symmetry groups of rigid molecules; nuclear spin, statistical weights and hyperfine structure; the symmetry of electronic wave functions; the symmetry of rotation-vibration wave functions; symmetry selection rules for optical transitions; the symmetry groups of non-rigid molecules; other symmetries; symmetry violation.}, added-at = {2013-09-04T04:22:03.000+0200}, address = {Bristol}, annote = {Series editors: N.~D. Spencer and J.~H. Moore.}, author = {Bunker, Philip R. and Jensen, Per}, biburl = {https://www.bibsonomy.org/bibtex/2625bc968612694ada493e3abb8f68d88/drmatusek}, interhash = {415b95ef9d80c94e58149cdc7be38f87}, intrahash = {625bc968612694ada493e3abb8f68d88}, keywords = {chemistry eigenfunction group mathematics mechanics physics quantum rotational spectroscopy symmetry theory vibration}, publisher = {Institute of {Physics} Pub.}, series = {Series in Chemical Physics}, timestamp = {2013-09-04T04:22:03.000+0200}, title = {Fundamentals of Molecular Symmetry}, year = 2005 }