SLIDE 1
Text: Title slide Adiabatic contours X-+H Adiabation ion, potential - - PDF document
Text: Title slide Adiabatic contours X-+H Adiabation ion, potential - - PDF document
Text: Title slide Adiabatic contours X-+H Adiabation ion, potential & cross section Text: Theoretical methods for H atom mu+H cross section comparison FMD & Sakimoto comparison Isotope effect on pb+H/D Projectile mass effect on
SLIDE 2
SLIDE 3
Adiabation ion, potential & cross section
SLIDE 4
Text: Theoretical methods for H atom
SLIDE 5
mu+H cross section comparison
SLIDE 6
FMD & Sakimoto comparison
SLIDE 7
Isotope effect on pb+H/D
SLIDE 8
Projectile mass effect on mu/pb+H
SLIDE 9
Text: Quasiclassical method
SLIDE 10
FMD for pb+H/He
SLIDE 11
pb+He long lived(1&2 eln)
SLIDE 12
Metastable pb-alpha-e n quan. nos.
SLIDE 13
pb+He,Ne,Ar, Kr,Xe
SLIDE 14
pb+He, eln. angle
SLIDE 15
pb+He, eln. KE
SLIDE 16
pb+He, pb angle
SLIDE 17
pb+Ne, eln. angle
SLIDE 18
pb+Ne, eln. KE
SLIDE 19
pb+Ne, pb angle
SLIDE 20
pb+rad. ions (He,Li,Be,Mg)
SLIDE 21
Diab.(fixed nuc.) mu+H/H2
SLIDE 22
pb+H2 rigid rotor, etc.
SLIDE 23
pb+H2 trajectory
SLIDE 24
Text: pb+H2 rearrangements
SLIDE 25
mu/pb+H2/D2 mechanisms
SLIDE 26
Phelps: vib. excitation
SLIDE 27
Lamber-Salter plot
SLIDE 28
Text: pi+H2/D2/HD expts.
SLIDE 29
pi+H2/D2/HD
SLIDE 30
pi+HD (p-pi & d-pi)
SLIDE 31
Pi+H2/D2/HD expts.+FMD
SLIDE 32
- Nonadiab. & ion. pb+H2+ (Sakimoto)
SLIDE 33
pb+H/H2/H2+
SLIDE 34
Text: Conclusions
SLIDE 35