! The Neon Atom            Core pVTZ Correlation Consistent Set
!
! Basis Set: (5s5p2d1f)/[4s3p2d1f]/[3s3p2d1f]
!
! Core Potential: L.F. Pacios & P.A. Christiansen,
!                 J. Chem. Phys. 82, 2664 (1985).
!
! State: 2s(2)2p(6), (1)S
!
! Hartree-Fock Calculations
!    Total HF Energy
!       -34.63447214
!
! (HF+1+2) Calculations (J=0)
!    Total CI Energy      HF Coefficient    Spin-orbit Splitting
!       -34.88878173          0.98477645              0.0
!
    5    1    4  / !No. primitives, PQN, No. contracted fns (Ne s set)
       58.90      -0.0115778   0.0   0.0   0.0 /
       11.21      -0.1394542   0.0   0.0   0.0 /
        1.737      0.4448398   0.0   0.0   1.0 /
        0.6841     0.5098012   0.0   1.0   0.0 /
        0.2753     0.1671238   1.0   0.0   0.0 /
    5    2    3  / !No. primitives, PQN, No. contracted fns (Ne p set)
       55.13       0.0170984   0.0   0.0 /
       12.49       0.1073246   0.0   0.0 /
        3.691      0.3213050   0.0   0.0 /
        1.145      0.4857688   0.0   1.0 /
        0.3305     0.3328570   1.0   0.0 /
    1    3    1  / !No. primitives, PQN, No. contracted fns (Ne d set)
        4.104      1.0
    1    3    1  / !No. primitives, PQN, No. contracted fns (Ne d set)
        1.157      1.0
    1    4    1  / !No. primitives, PQN, No. contracted fns (Ne f set)
        2.537      1.0
!
! The atomic set was obtained by optimizing the (s,p)-exponents in
! Hartree-Fock calculations on the ground, (1)S, state.  The fourth s
! contraction is meant for molecular SCF use only.  It should
! contribute to a very high energy virtual which should be deleted in
! correlated calculations.  The polarization set was obtained by
! optimizing the exponents of two d primitives and one f primitive in
! HF+1+2 calculations on the (1)S(0) state.
!
! ******************************************************  December 2000