TYPE TABLE

TA               Type of Theory or Experiment                                                                     
-------- --------------------------------------------------                     
B        Born 
BC       Crossed beam method 
BEA      Binary encounter approximation 
BM       Beam method 
BO       Born Oppenheimer 
BOH      Born-Ochkur 
BT       Bethe 
BU       Born uniform 
BX       Born with exchange 
CB I     Coulomb Born I 
CB I X   Coulomb Born I with exchange 
CB II    Coulomb Born II 
CB X CI  Coulomb Born with exchange, conf. int. 
CBB      Coulomb Born Bely 
CBO I    Coulomb Born Oppenheimer I 
CBO II   Coulomb Born Oppenheimer II 
CBT I    Coulomb Bethe I 
CBT II   Coulomb Bethe II 
CC       Close coupling 
CC NX    Close coupling without exchange 
CC NX 2  Close coupling without exchange 2-levels 
CC NX 5  Close coupling without exchange 5-levels 
CC X     Close coupling with exchange 
CC X 10  Close coupling with exchange 10-levels 
CC X 14  Close coupling with exchange 14-levels 
CC X 2   Close coupling with exchange 2-levels 
CC X 3   Close coupling with exchange 3-levels 
CC X 5   Close coupling with exchange 5-levels 
CC X 6   Close coupling with exchange 6-levels 
CC X 9   Close coupling with exchange 9-levels 
CCC      Convergent close-coupling 
CCO      Coupled channels with optical potential 
CDW      Coulomb distorted wave 
CDW I    Coulomb distorted wave I 
CDW II   Coulomb distorted wave II 
CG       Coulomb Glauber 
CGOH     Coulomb Glauber Ochkur 
CL       Classical 
CM       Configuration mixing 
CPCO     Coulomb projected Coulomb Oppenheimer 
DRPD     Double Retarding Potential Difference 
DW       Distorted wave 
DW NX    Distorted wave without exchange 
DW X     Distorted wave with exchange 
DW X CI  Distorted wave with exchange, conf. int. 
DW,CC    Distorted wave or Close coupling 
DWB      Distorted wave Born 
DWB X    Distorted wave Born with exchange 
DWBO     Distorted wave Born Oppenheimer 
DWCB     Distorted wave Coulomb Born 
DWPO I   Distorted wave polarized orbital I 
DWPO II  Distorted wave polarized orbital II 
DWPO III Distorted wave polarized orbital III 
DWU      Distorted wave uniform
EBIT     Electron beam ion trap 
ECIP     Exchange classical impact parameter 
EM       Empirical 
ER       Exact resonance 
ER+DW    Exact resonance and distorted wave 
ERM      Eleven-state R matrix 
EV       Evaluation 
FBA      First Born approximation 
FOEC     First-order exchange Coulomb 
FOMBT    First Order Many Body Theory 
FRM      Five-state R matrix 
G        Glauber 
GCPB     Generalized Coulomb projected Born 
GCPBO    Generalized Coulomb projected Born Oppenheimer 
GM       Growth method 
GREEN.F  Green function 
IP       Impact parameter 
LGT      Laser-generated target 
MB       Merged beam 
MBT      Many-Body theory 
MCDF     Multiconfiguration Dira Fock 
MCE      Multichannel Eikonal approximation 
MCHF     Multiconfiguration Hartree Fock 
MCHF DW  Hartree Fock and Distorted wave 
MCDF     Multiconfiguration Dirac Fock 
MCQDT    Multichannel quantum-defect theory 
MG       Modified Glauber 
MO       Modified Oppenheimer approximation 
MOT      Magneto-optical trap 
MVC      Matrix variational calculation 
O        Others 
OF       Orthogonalized function 
OF X     Orthogonalized function with exchange 
OH       Ochkur 
P        Plasma 
RCB      Relativistic Coulomb Born 
RCBO     Relativistic Coulomb Born Oppenheimer 
RDW      Relativistic distrted-wave 
RER-MAT  Relativistic R matrix 
RM       R matrix 
SC       Semi classical 
SCB      Simplified Coulomb Born 
SCB I    Simplified Coulomb Born I 
SCB II   Simplified Coulomb Born II 
SCON     Smoothly connected method 
SE       Semi empirical 
SG       Static gas 
SOP      Second order potential 
TE       Trapped electron 
TI       Trapped ion 
TOF      Time of flight 
UDWPO II Unitarized distorted wave polarized orbital II 
VAR      Variational 
VPS      Vainshtein, Presnyakov and Sobelman