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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 77, 1992 - Issue 4
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Original Articles

Long-range and overlap effects on collision-induced properties

P.W. Fowler Department of Chemistry, University of Exeter, Stocker Road, Exeter, EX4 4QD, England
&
A.J. Sadlej Theoretical Chemistry, Chemical Centre, University of Lund, S-22100, Lund, Sweden
Pages 709-725 | Received 05 May 1992, Accepted 02 Jun 1992, Published online: 22 Aug 2006

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TADEUSZ PLUTA. (2001) Nonlinear electric properties of alkali metal halides. Molecular Physics 99:18, pages 1535-1547.
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INGRID MIADOKOVÁ, VLADIMIR KELLÖ & ANDRZEJJ. SADLEJ. (1999) Electron correlation and relativistic effects in electric properties of the alkali metal fluorides. Molecular Physics 96:2, pages 179-187.
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TINO G. A. HEIJMEN, ROBERT MOSZYNSKI, PAUL E. S. WORMER & AD VAN DER AVOIRD. (1996) Symmetry-adapted perturbation theory applied to interaction-induced properties of collisional complexes. Molecular Physics 89:1, pages 81-110.
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Tadeusz Bancewicz, Victor Teboul & Yves Le Duff. (1994) High-frequency interaction-induced rototranslational wings of isotropic nitrogen spectra. Molecular Physics 81:6, pages 1353-1372.
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S.A.C. McDowell & A.D. Buckingham. (1993) A study of the induced dipole moments in Li+F- and Li+ … Ne. Molecular Physics 80:6, pages 1555-1560.
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Articles from other publishers (31)

Alex Iglesias-Reguant, Heribert Reis, Miroslav Medveď, Josep M. Luis & Robert Zaleśny. (2023) A new computational tool for interpreting the infrared spectra of molecular complexes. Physical Chemistry Chemical Physics 25:16, pages 11658-11664.
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Marta Chołuj, Bartosz Błasiak & Wojciech Bartkowiak. (2020) Partitioning of the interaction‐induced polarizability of molecules in helium environments. International Journal of Quantum Chemistry 121:6.
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Miroslav Medved', Alex Iglesias-Reguant, Heribert Reis, Robert W. Góra, Josep M. Luis & Robert Zaleśny. (2020) Partitioning of interaction-induced nonlinear optical properties of molecular complexes. II. Halogen-bonded systems. Physical Chemistry Chemical Physics 22:7, pages 4225-4234.
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Tomáš Hrivnák, Šimon Budzák, Heribert Reis, Robert Zaleśny, Philippe Carbonnière & Miroslav Medveď. (2019) Electric properties of hydrated uracil: From micro- to macrohydration. Journal of Molecular Liquids 275, pages 338-346.
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Peng Xu, Emilie B. Guidez, Colleen Bertoni & Mark S. Gordon. (2018) Perspective: Ab initio force field methods derived from quantum mechanics . The Journal of Chemical Physics 148:9.
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Robert Zaleśny, Miroslav Medved’, Robert W. Góra, Heribert Reis & Josep M. Luis. (2018) Partitioning of interaction-induced nonlinear optical properties of molecular complexes. I. Hydrogen-bonded systems. Physical Chemistry Chemical Physics 20:30, pages 19841-19849.
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Victor N. Cherepanov, Yulia N. Kalugina & Mikhail A. BuldakovVictor N. Cherepanov, Yulia N. Kalugina & Mikhail A. Buldakov. 2017. Interaction-induced Electric Properties of van der Waals Complexes. Interaction-induced Electric Properties of van der Waals Complexes 83 101 .
Aggelos Avramopoulos, Nicolás Otero, Panaghiotis Karamanis, Claude Pouchan & Manthos G. Papadopoulos. (2016) A Computational Study of the Interaction and Polarization Effects of Complexes Involving Molecular Graphene and C 60 or a Nucleobases . The Journal of Physical Chemistry A 120:2, pages 284-298.
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Robert Zaleśny, Marc Garcia-Borràs, Robert W. Góra, Miroslav Medved' & Josep M. Luis. (2016) On the physical origins of interaction-induced vibrational (hyper)polarizabilities. Physical Chemistry Chemical Physics 18:32, pages 22467-22477.
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Robert W. Góra & Bartosz Błasiak. (2013) On the Origins of Large Interaction-Induced First Hyperpolarizabilities in Hydrogen-Bonded π-Electronic Complexes. The Journal of Physical Chemistry A 117:31, pages 6859-6866.
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Żaneta Czyżnikowska, Robert W. Góra, Robert Zaleśny, Wojciech Bartkowiak, Angelika Baranowska-Łączkowska & Jerzy Leszczynski. (2013) The effect of intermolecular interactions on the electric dipole polarizabilities of nucleic acid base complexes. Chemical Physics Letters 555, pages 230-234.
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Yulia N. Kalugina, Mikhail A. Buldakov & Victor N. Cherepanov. (2012) Static hyperpolarizability of the van der Waals complex CH 4 N 2 . Journal of Computational Chemistry 33:32, pages 2544-2553.
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A. Zawada & W. Bartkowiak. (2011) Many-body interactions and the electric response of hydrogen-bonded molecular chains. Computational and Theoretical Chemistry 967:1, pages 120-128.
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Wojciech Bartkowiak & Krzysztof Strasburger. (2010) Linear and nonlinear electric properties of spatially confined LiH molecule, studied with the finite field method. Journal of Molecular Structure: THEOCHEM 960:1-3, pages 93-97.
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Angelika Baranowska, Agnieszka Zawada, Berta Fernández, Wojciech Bartkowiak, Dariusz Kędziera & Anna Kaczmarek-Kędziera. (2010) Interaction-induced electric properties and cooperative effects in model systems. Phys. Chem. Chem. Phys. 12:4, pages 852-862.
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Bartłomiej Skwara, Wojciech Bartkowiak & Daniel Luiz Da Silva. (2008) On the basis set superposition error in supermolecular calculations of interaction-induced electric properties: many-body components. Theoretical Chemistry Accounts 122:3-4, pages 127-136.
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Angelika Baranowska, Berta Fernández, Antonio Rizzo & Branislav Jansík. (2009) The CO–Ne van der Waals complex: ab initio intermolecular potential energy, interaction induced electric dipole moment and polarizability surfaces, and second virial coefficients. Physical Chemistry Chemical Physics 11:42, pages 9871.
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Bartłomiej Skwara, Anna Kaczmarek, Robert W. Góra & Wojciech Bartkowiak. (2008) On decomposition of interaction-induced electric properties of HF dimer. Chemical Physics Letters 461:4-6, pages 203-206.
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Konrad Piszczatowski, Grzegorz Łach & Bogumił Jeziorski. (2008) Direct calculation of interaction-induced molecular properties: An application to the relativistic mass-velocity and Darwin terms in the interaction energy of hydrogen atoms. Physical Review A 77:6.
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Anna Kaczmarek, Robert Zaleśny & Wojciech Bartkowiak. (2007) On the influence of confinement effects on electric properties: An ab initio study. Chemical Physics Letters 449:4-6, pages 314-318.
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Bartłomiej Skwara, Wojciech Bartkowiak, Agnieszka Zawada, Robert W. Góra & Jerzy Leszczynski. (2007) On the cooperativity of the interaction-induced (hyper)polarizabilities of the selected hydrogen-bonded trimers. Chemical Physics Letters 436:1-3, pages 116-123.
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Aggelos Avramopoulos, Manthos G. Papadopoulos & Andrzej J. Sadlej. (2002) Relativistic effects on interaction-induced electric properties of weakly interacting systems: The HF…AuH dimer. The Journal of Chemical Physics 117:22, pages 10026-10038.
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Peter Schwerdtfeger, Ralf Wesendrup, Gloria E. Moyano, Andrzej J. Sadlej, Jörn Greif & Friedrich Hensel. (2001) The potential energy curve and dipole polarizability tensor of mercury dimer. The Journal of Chemical Physics 115:16, pages 7401-7412.
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Dirk Goebel, Uwe Hohm & George Maroulis. (1996) Theoretical and experimental determination of the polarizabilities of the zinc state . Physical Review A 54:3, pages 1973-1978.
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Andrzej J. Sadlej & Patrick W. Fowler. (1995) Single-photon pair excitations in weakly interacting systems. Chemical Physics Letters 245:1, pages 59-65.
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David M. Bishop & Janusz Pipin. (1995) Static electric properties of H and He. Chemical Physics Letters 236:1-2, pages 15-18.
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K. L. C. Hunt & X. Li. 1995. Collision- and Interaction-Induced Spectroscopy. Collision- and Interaction-Induced Spectroscopy 61 76 .
Y. Duff, T. Bancewicz & W. Glaz. 1995. Collision- and Interaction-Induced Spectroscopy. Collision- and Interaction-Induced Spectroscopy 423 440 .
P. W. Fowler, K. L. C. Hunt, H. M. Kelly & A. J. Sadlej. (1994) Multipole polarizabilities of the helium atom and collision‐induced polarizabilities of pairs containing He or H atoms. The Journal of Chemical Physics 100:4, pages 2932-2935.
Crossref
M.O. Bulanin. (1994) Spectral interpretation of the refractivity and dielectric virial coefficients of atomic gases. Chemical Physics Letters 217:4, pages 466-470.
Crossref
Uwe Hohm. (1993) Modelling of the long-range part of the invariants of the incremental pair polarizability tensor Δ. Chemical Physics Letters 211:4-5, pages 498-502.
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