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Definition of molecular orbitals in fragment molecular orbital methodYuichi Inadomi; Tatsuya Nakano; Kazuo Kitaura; Umpei Nagashima · 2002
Molecular orbital calculation of biomolecules with fragment molecular orbitalsShinji Tsuneyuki; Tomoki Kobori; Kazuto Akagi; Keitaro Sodeyama; Kiyoyuki Terakura; Hidetoshi Fukuyama · 2009
The Molecular Orbital Theory of Chemical Valency. III. Properties of Molecular OrbitalsHall, G. G.; Lennard-Jones, J. · Proceedings A · 1950
Molecular orbitals from group orbitals. 5. Role of steric effects in the perturbational molecular orbital method of conformational analysisWolfe, Saul; Mitchell, David J.; Whangbo, Myung-Hwan · Journal of the American Chemical Society · 1978
The Molecular Orbital Theory of Chemical Valency. I. The Determination of Molecular OrbitalsLennard-Jones, J. · Proceedings A · 1949
ChemInform Abstract: MOLECULAR ORBITALS FROM GROUP ORBITALS. 5. ROLE OF STERIC EFFECTS IN THE PERTURBATIONAL MOLECULAR ORBITAL METHOD OF CONFORMATIONAL ANALYSISWOLFE, S.; MITCHELL, D. J.; WHANGBO, M.-H. · Chemischer Informationsdienst · 1978
Trimer effects in fragment molecular orbital-linear combination of molecular orbitals calculation of one-electron orbitals for biomoleculesKobori, Tomoki; Sodeyama, Keitaro; Otsuka, Takao; Tateyama, Yoshitaka; Tsuneyuki, Shinji · The Journal of Chemical Physics · 2013
Molecular orbitals from group orbitals. 3. Quantitative perturbational molecular orbital analysis of ab initio SCF-MO wave functionsWhangbo, Myung-Hwan; Schlegel, H. Bernhard; Wolfe, Saul · Journal of the American Chemical Society · 1977
Atomic oxygen <sup>3</sup><i>P</i> → <sup>3</sup><i>S</i> <sup>0</sup> (λ1304Å) transition revisited: Cross section near thresholdDoering, J. P.; Yang, J. · Journal of Geophysical Research · 2001
Vibrational distribution of N <sub/>2</sub><sup>+</sup><i>A</i> ²Π <sub/><i>u</i> </sub> from 100-eV electron impact on N <sub/>2</sub>Doering, J. P.; Goembel, L.; Yang, J. · Journal of Geophysical Research · 1994
Direct experimental measurement of electron impact ionization-excitation branching ratios 4. Branching ratios and cross sections for O <sub/>2</sub><sup>+</sup> at 100 eVDoering, J. P.; Yang, J. · Journal of Geophysical Research · 1997
Comparison of the electron impact cross section for the N <sub/>2</sub> + first negative (0,0) band (λ3914 Å) measured by optical fluorescence, coincidence electron impact, and photoionization experimentsDoering, J. P.; Yang, J. · Journal of Geophysical Research · 1996
Direct experimental measurement of electron impact ionization-excitation branching ratios: 3. Branching ratios and cross sections for the N <sub/>2</sub><sup>+</sup><i>X</i> <sup>2</sup> Σ <sub/><i>g</i> </sub><sup>+</sup> , <i>A</i> <sup>2</sup> Π <sub/><i>u</i> </sub> , and <i>B</i> <sup>2</sup> Σ <sub/><i>u</i> </sub><sup>+</sup> states at 100 eVDoering, J. P.; Yang, J. · Journal of Geophysical Research · 1997
Adaptive Bayesian quantum tomographyHuszár, F.; Houlsby, N. M. T. · Physical Review A · 2012
Generalized semiquantum secret-sharing schemesGheorghiu, Vlad · Physical Review A · 2012
Accessible nonlinear entanglement witnessesArrazola, Juan Miguel; Gittsovich, Oleg; Lütkenhaus, Norbert · Physical Review A · 2012
Trirefringence in nonlinear metamaterialsDe Lorenci, Vitorio A.; Pereira, Jonas P. · Physical Review A · 2012
Fourier processing of quantum lightPoem, E.; Gilead, Y.; Lahini, Y.; Silberberg, Y. · Physical Review A · 2012
Heisenberg uncertainty relations for photonsBialynicki-Birula, Iwo; Bialynicka-Birula, Zofia · Physical Review A · 2012
Thermodynamic formalism for dissipative quantum walksGarnerone, Silvano · Physical Review A · 2012
Quantifying nonclassicality with local unitary operationsGharibian, Sevag · Physical Review A · 2012