The files are grouped by levels of the molecule of H2+
Files fullnnllmm.dat: (R × E) Energy The name of each file contains the information about the molecular state of H2+(n,l,m) with the information in columns: 1st column = R (internuclear separation in Bohr radius, a0) 2nd column = electronic energy E (in Hartrees). Must add 1/R to include the internuclear repulsion energy. 3rd column = constant separation A. [Marcela M. Madsen & James M. Peek (1971) A'=A+(E×R2)/2]e-mail: marcios@if.ufrgs.br Last Modified: 20 Nov 2014Files dn1l1m1dn2l2m2.dat: (R × D) Dipole In the name of each file contains the information about the transition involved and the molecular states of each level(n2→n1). The file contents are in columns: 1st column = R (internuclear separation in Bohr, a0) 2nd column = Dipole in units of ea0 3rd column = R (internuclear separation in Angstron) n1.tar n2.tar n3.tar n4.tar n5.tar n6.tar n7.tar n8.tar n9.tar n10.tar diply2.tar diply3.tar diply4.tar diply5.tar diph3.tar diph4.tar diph5.tar diph6.tar diph7.tar diph8.tar diph9.tar diph10.tar 2014 calculations, extended to 3000 Bohr radii, Ingrid Pelisoli, Marcio Gabriel Santos & S.O. Kepler, Unified line profiles for hydrogen perturbed by collisions with protons: satellites and asymmetries, submitted to MNRAS. er020000.dat er020101.dat er030100.dat er030200.dat er030201.dat er040300.dat er040302.dat full010000.dat full020000.dat full020100.dat full020101.dat full030000.dat full030100.dat full030101.dat full030200.dat full030201.dat full030202.dat full040100.dat full040200.dat full040201.dat full040300.dat full040301.dat full040302.dat full050300.dat full050400.dat full050401.dat full060500.dat n02.dat