TRABAJOS
2014
A generalized Sturmian treatement of (e,3e) processes described as a
three-body Coulomb problem
2014
Non-homogeneous solutions of a Coulomb Schrödinger equation as basis
set for scattering problems
2014
Insights from the zero-angular-momentum wave in single and double ionization
of He by fast electrons
2014
Sturmian approach to single photoionization of CH4
2014
Quasi-Sturm Functions in Problems of the Continuous Spectrum
2013
Use of generalized hyperspherical Sturmian functions for a three–body break–up model problem
2013
S-wave model benchmark calculations for hig-energy electron impact double
ionizacion of helium
2013
Ionization of atomic hydrogen by electrons: the role of the contributions
of the pseudo-states in the second Born approximation
2013
Three–Body Coulomb Problems with Generalized Sturmian Functions
2013
Quasi-Sturmian approach to the three-body continuum Coulomb problem
2012
A spectral approach based on generalized Sturmian functions for two- and
three-body scattering problems
2012
Mathematical properties of generalized Sturmian functions
2012
On the applicability of the exterior complex scaling method for scattering problems including Coulombic potentials
2012
An analytically solvable three-body break-up model problem in hyperspherical
coordinates
2011
Double Photoionization of Endohedrally Confined Atoms
2011
Two-body Coulomb problems with sources for the J matrix method
2011
Computational methods for generalized Sturmian basis
2010
A general method to obtain Sturmian functions for continuum and bound
state problems with Coulomb interactions
2010
A boundary adapted spectral approach for breakup problems
2010
Ground state for two-electron and electron-muon three-body atomic systems
2010
Ground and excited states for exotic three-body atomic systems
2010
Derivatives of any order of the hypergeometric function pFq(a1,…,ap, b1,…,bq,;z) with respect to the parameters ai, and bi
2010
Two-body Coulomb problems with sources
2010
Sturmian expansions for two-electron atomic systems: single and double excited states
2009
Driscrete sets of many-body Sturmians
2009
Derivatives of any order of the Gaussian hypergeometric function 2F1( a,b,c;z) with respect to the parameters a, b and c
2009
Theory of Hyperspherical Sturmians for Three-Body Reactions
2009
Treatment of the two-body Coulomb problem as a short-range potential
2009
Discrete sets of sturmian functions applied to two-electron atoms
2008
Use of double-bound three-body Coulomb distorted-wave-like basis sets for two-electron wave functions
2008
A simple parameter-free wavefunction for the ground state of three-body systems
2008
Interplay of initial and final states for (gamma,2e) and (e,3e) processes on helium
2008
Derivatives of any order of the confluent hypergeometric function 1F1( a,b,z) with respect to the parameters a or b
2008
Endohedrally confined helium: Study of mirror collapses
2008
(e, 3e) processes on two-electron atoms: cusp conditions and scaling law
2007
L² discretization of Sturmian wave functions for Coulomb-like potentials
2007
Double-bound equivalent of the three-body Coulomb double-continuum wave function
2007
A simple parameter-free wavefunction for the ground state of two-electron atoms
2007
Sturmian functions in a L² basis: critical nuclear charge for n-electron atoms
2007
On the orthogonality of initial and final states in (e,3e) and (γ,2e) collisions
2007
Hylleraas-like functions with correct cusp conditions: K-shell electrons for neutral atoms
2007
Electron impact single ionization of the He-isoelectronic sequence
2007
Accurate and simple wavefunctions for the helium isoelectronic sequence with correct cusp conditions
2006
Exact solution for three particles interacting via zero-range potentials
2005
Solution for boson-diboson elastic scattering at zero energy in the shape-independent model
2005
Accurate Hylleraas-like functions for the He atom with correct cusp conditions
2004
F1: a code to compute Appell’s F1 hypergeometric function
2004
Energy and cusp-conditions study for the He isoelectronic sequence
2004
Integral representation of one dimensional three particle scattering for δ function interactions
2004
Classical structures arising in the autoionization of He
2004
Atomic photoelectric effect on H: use of the exact wave function for the final state
2003
Two-body Coulomb wave functions as kernel for three alternative integral transformations
2002
A wave function for three charged particles with arbitrary masses
2002
Hyperspherical adiabatic eigenvalues for zero-range potentials
2001
Autoionizing states of He: projectile-velocity-dependent lifetime
2001
Numerical evaluation of Appell’s F1 hypergeometric function
2001
The hyperbolic-Hypergeometric functions
2001
The generalized parabolic Coulomb wave function in the spherical co-ordinates
2001
A Kontorovich-Lebedev representation for Zero-Range potential eigensolutions
2000
Two-dimensional approximate wave function for the three-body Coulomb problem
2000
Electron-ion correlation effects in ion-atom single ionization
2000
Analytic properties of three-body continuum Coulomb wave functions
1999
Multivariable hypergeometric functions for ion-atom collisions
1999
Analytical properties of the π three-body model
1999
A Continuum correlated wave model for ion atom collisions
1999
Closed form solutions for a non-central parabolic potential
1998
Separable wave equation for three Coulomb interacting particles
1998
Theory with correlations for ionization in ion-atom collisions
1998
Final-state wave φ function ion-helium collisions
1997
Multivariable hypergeometric solutions for three charged particles
1997
Correlated continuum wave functions for three particles with Coulomb interactions
1997
Approximate analytical solution for two electrons in the continuum
1997
Hypergoemetric integrals arising in atomic collisions physics
1997
Double photoionization of helium: a new correlated double continuum wave function
1996
Triply Differential Cross Section For Ionization In Ion-Atom Collisions
1995
Continuum Wave Function For Three Coulomb Particles
1994
Parametric analysis of the soft electron emission in ion-helium collisions