PUBLICACIÓN

Macroscopic properties of the argon system using molecular dynamics simulation with different ab initio energies and analytic functions

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Tolosa, S.; Sansón, J.A.; del Valle, F.J.O.

1995 Journal of Molecular Structure: THEOCHEM

CITAS

0

DOI

10.1016/0166-1280(94)03947-j

EID

2-s2.0-58149209902

ISSN

0166-1280

BIBTEX

@article{Sansón1995,title = {Macroscopic properties of the argon system using molecular dynamics simulation with different ab initio energies and analytic functions},journal = {Journal of Molecular Structure: THEOCHEM},year = {1995},volume = {332},number = {3},pages = {241-249},author = {Tolosa, S. and Sans{\'o}n, J.A. and del Valle, F.J.O.}}

AUTORES DE LA UEX

Jorge Antonio Sansón Martín

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Electron Correlation And Solvation Effects. Ii. The Description Of The Vibrational Properties Of A Water Molecule In A Dielectric Given By The Application Of The Polarizable Continuum Model With Inclusion Of Correlation Effects
Computation Of Spectroscopic Properties Of Van Der Waals Systems From Post‐scf Ab Initio Potentials Including The Eicp Alternative Counterpoise Technique
Applications Of The Basic Polarizable Continuum Model. A Study Of The Vibrational Properties Of Diatomic Solutes
Computation Of Spectroscopic Properties Of Van Der Waals Systems From Post‐scf Ab Initio Potentials Including The Eicp Alternative Counterpoise Technique
Applications Of The Basic Polarizable Continuum Model. A Study Of The Vibrational Properties Of Diatomic Solutes
Overestimation Of The Coupling Component In The Cp Technique. Application Of The Indirect Counterpoise Correction To The H2ohf Hydrogen‐bonded System
Applications Of The Basic Polarizable Continuum Model. A Study Of The Vibrational Properties Of Diatomic Solutes
Overestimation Of The Coupling Component In The Cp Technique. Application Of The Indirect Counterpoise Correction To The H2ohf Hydrogen‐bonded System
A Computation Procedure For The Dispersion Component Of The Interaction Energy In Continuum Solute-Solvent Models
Overestimation Of The Coupling Component In The Cp Technique. Application Of The Indirect Counterpoise Correction To The H2ohf Hydrogen‐bonded System
A Computation Procedure For The Dispersion Component Of The Interaction Energy In Continuum Solute-Solvent Models
Solute-Solvent Interactions. A Simple Procedure For Constructing The Solvent Cavity For Retaining A Molecular Solute
A Computation Procedure For The Dispersion Component Of The Interaction Energy In Continuum Solute-Solvent Models
Solute-Solvent Interactions. A Simple Procedure For Constructing The Solvent Cavity For Retaining A Molecular Solute
Interaction Energy Decomposition And Basis Set Superposition Error Analysis In Hydrogen Abstraction From The Nitroxyl Molecule By Atomic Hydrogen
Solute-Solvent Interactions. A Simple Procedure For Constructing The Solvent Cavity For Retaining A Molecular Solute
Interaction Energy Decomposition And Basis Set Superposition Error Analysis In Hydrogen Abstraction From The Nitroxyl Molecule By Atomic Hydrogen
Erratum: Analytical Expressions For Vibrational Matrix Elements Of Morse Oscillators : P989) 40, 3(1688-1691))
Interaction Energy Decomposition And Basis Set Superposition Error Analysis In Hydrogen Abstraction From The Nitroxyl Molecule By Atomic Hydrogen
Erratum: Analytical Expressions For Vibrational Matrix Elements Of Morse Oscillators : P989) 40, 3(1688-1691))
Construction Of Theoretical Potentials In Van Der Waals Systems. An Alternative To The Polarization-Function Counterpoise Method.
Erratum: Analytical Expressions For Vibrational Matrix Elements Of Morse Oscillators : P989) 40, 3(1688-1691))
Construction Of Theoretical Potentials In Van Der Waals Systems. An Alternative To The Polarization-Function Counterpoise Method.
Solute-Solvent Interactions. Adaptation Of The Cavity Size As A Function Of The Basis Set
Construction Of Theoretical Potentials In Van Der Waals Systems. An Alternative To The Polarization-Function Counterpoise Method.
Solute-Solvent Interactions. Adaptation Of The Cavity Size As A Function Of The Basis Set
The Nature Of The Scf Basis Set Superposition Error. Application Of The Indirect Counterpoise Method In Polyatomic Van Der Waals Molecules
Solute-Solvent Interactions. Adaptation Of The Cavity Size As A Function Of The Basis Set
The Nature Of The Scf Basis Set Superposition Error. Application Of The Indirect Counterpoise Method In Polyatomic Van Der Waals Molecules
A Proposal For Avoiding Overestimation In The Counterpoise Basis Set Superposition Error. Application To Diatomic Van Der Waals Systems
The Nature Of The Scf Basis Set Superposition Error. Application Of The Indirect Counterpoise Method In Polyatomic Van Der Waals Molecules
A Proposal For Avoiding Overestimation In The Counterpoise Basis Set Superposition Error. Application To Diatomic Van Der Waals Systems
Decomposition Of The Interaction Energy With Counterpoise Corrections To The Basis Set Superposition Error For Dimers In Solution. Method And Application To The Hydrogen Fluoride Dimer
A Proposal For Avoiding Overestimation In The Counterpoise Basis Set Superposition Error. Application To Diatomic Van Der Waals Systems
Decomposition Of The Interaction Energy With Counterpoise Corrections To The Basis Set Superposition Error For Dimers In Solution. Method And Application To The Hydrogen Fluoride Dimer
Use Of The Semiempirical Mndo Method For The Prediction Of Equilibrium Geometries And Relative Stability Of Exo- And Endo-5-Nitro-2-Norbornenes
Decomposition Of The Interaction Energy With Counterpoise Corrections To The Basis Set Superposition Error For Dimers In Solution. Method And Application To The Hydrogen Fluoride Dimer
Use Of The Semiempirical Mndo Method For The Prediction Of Equilibrium Geometries And Relative Stability Of Exo- And Endo-5-Nitro-2-Norbornenes
Analytical Expressions For Vibrational Matrix Elements Of Morse Oscillators
Use Of The Semiempirical Mndo Method For The Prediction Of Equilibrium Geometries And Relative Stability Of Exo- And Endo-5-Nitro-2-Norbornenes
Analytical Expressions For Vibrational Matrix Elements Of Morse Oscillators
A Simple Model For Molecular Vibrations In Solution: Application To Hydrogen Fluoride And Its Dimer In Polar And Non-Polar Solvents
Analytical Expressions For Vibrational Matrix Elements Of Morse Oscillators
A Simple Model For Molecular Vibrations In Solution: Application To Hydrogen Fluoride And Its Dimer In Polar And Non-Polar Solvents
The Polarization-Function Counterpoise Method. An Application Of The Diagrammatic Perturbation Theory To The He-H2 Molecule In The Region Of The Van Der Waals Minimum
A Simple Model For Molecular Vibrations In Solution: Application To Hydrogen Fluoride And Its Dimer In Polar And Non-Polar Solvents
The Polarization-Function Counterpoise Method. An Application Of The Diagrammatic Perturbation Theory To The He-H2 Molecule In The Region Of The Van Der Waals Minimum
About The Overestimation Of The Basis Set Superposition Error On Interaction Energy Calculations For Van Der Waals Systems
The Polarization-Function Counterpoise Method. An Application Of The Diagrammatic Perturbation Theory To The He-H2 Molecule In The Region Of The Van Der Waals Minimum
About The Overestimation Of The Basis Set Superposition Error On Interaction Energy Calculations For Van Der Waals Systems
Charge Distribution Analysis On Ar-H2 System
About The Overestimation Of The Basis Set Superposition Error On Interaction Energy Calculations For Van Der Waals Systems
Charge Distribution Analysis On Ar-H2 System
Rotational Predissociation Of The Ar-H2 Van Der Waals Molecule
Charge Distribution Analysis On Ar-H2 System
Rotational Predissociation Of The Ar-H2 Van Der Waals Molecule
Hypervirial Treatment Of Centrifugal Distortion Of 2π Energy Levels
Rotational Predissociation Of The Ar-H2 Van Der Waals Molecule
Hypervirial Treatment Of Centrifugal Distortion Of 2π Energy Levels
Estudio "ab Initio" Sobre La Estabilidad Y Propiedades De Los Dimeros: H20-Hno, Hno-H2o Y Hon-H2o
Hypervirial Treatment Of Centrifugal Distortion Of 2π Energy Levels
Estudio "ab Initio" Sobre La Estabilidad Y Propiedades De Los Dimeros: H20-Hno, Hno-H2o Y Hon-H2o
Ab Initio Calculations Of Intermolecular Potentials. The Ground State Of The Arh2 Van Der Waals Molecule
Estudio "ab Initio" Sobre La Estabilidad Y Propiedades De Los Dimeros: H20-Hno, Hno-H2o Y Hon-H2o
Ab Initio Calculations Of Intermolecular Potentials. The Ground State Of The Arh2 Van Der Waals Molecule
Basis Set Superposition Effects In Electronic Populations Calculated On Hydrogen Bonded Systems
Ab Initio Calculations Of Intermolecular Potentials. The Ground State Of The Arh2 Van Der Waals Molecule
Basis Set Superposition Effects In Electronic Populations Calculated On Hydrogen Bonded Systems
Calculation Of The Absolute Infrared Frequencies And Intensities Of A Diatomic Molecule Or Of Local Diatomic Groups
Basis Set Superposition Effects In Electronic Populations Calculated On Hydrogen Bonded Systems
Calculation Of The Absolute Infrared Frequencies And Intensities Of A Diatomic Molecule Or Of Local Diatomic Groups
Tratamiento "ab Initio" De Algunas Especies Autoasociadas De Metanol
Calculation Of The Absolute Infrared Frequencies And Intensities Of A Diatomic Molecule Or Of Local Diatomic Groups
Tratamiento "ab Initio" De Algunas Especies Autoasociadas De Metanol
Intmol: Minimization Of Long Range Interactions As A Function Of Intermolecular Angular Parameters
Tratamiento "ab Initio" De Algunas Especies Autoasociadas De Metanol
Intmol: Minimization Of Long Range Interactions As A Function Of Intermolecular Angular Parameters
A Procedure To Understanding The C-G To A-T Transversion. Smd Simulations From Guanine Oxidation Pathways Assisted By One H2o2 Molecule In The C-G Basis Pair
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