1. FTF Model in the Last Release G4 9.6.beta1
V. Uzhinsky, 27 June 2012

2. Estimation of the pp cross sections2

3. Estimation of the πp cross sections3

4. Estimation of the K p cross sections4

5. Inclusive spectra in PP5
Inclusive spectra in PP
Sampling of mass in non-diffractive events, dW = (0.5/P + 0.5) dP

6. 6
Inclusive spectra in PP

7. 7
Inclusive spectra in Pi P

8. 8
Inclusive spectra in K P

9. 9
Channel cross sections in K- P

10. 10
Channel cross sections in Pi- P

11. Activation of Delta-isobar creation in the Reggeon cascading11

12. Activation of Delta-isobar creation in the Reggeon cascading12
Activation of Delta-isobar creation in the Reggeon cascading
Model of nuclear disintegration in high-energy nucleus nucleus interactions.
K. Abdel-Waged, V.V. Uzhinsky Phys.Atom.Nucl.60: ,1997, Yad.Fiz.60: ,1997.
Delta-isobar creation in the Reggeon cascading
was implemented, but was not activated. Now
it is activated.

13. 13
Bugs in the algorithm of the quark exchange

14. 14
Description of pA-, π A- and K A- data
C. de Marzo et al. Phys. Rev. D26 (1982) 1019

15. 15
NA35 Collab. (T. Alber et al.) Eur. Phys. J. C2 (1998) 643

16. 16
NA49 Collaboration (C. Alt et al.), Eur. Phys. J., C49 (2007) 897.

17. Description of CERN-SPS data on pA->pX, 120 GeV/c17

18. Description of data on pA interactions at 100 GeV/c
J.J. Whitmore et al., Z. Phys. C 62, (1994) 18

19. Description of NA61 data on p+C at 31 GeV/c19
Description of NA61 data on p+C at 31 GeV/c

20. Description of BNL data on pA->pX, 12 and 19 GeV/c20

21. Description of HARP-CDP data on pTa inter.21

22. Description of HARP-CDP data on Pi+ Ta ->Pi+ X22

23. Description of HARP-CDP data on Pi+ Ta ->P X, ?????23

24. Conclusion
Diffraction dissociation cross sections in PP-, Pi P- and K P interactions have been estimated.
2. Some bugs are fixed. Delta-isobars are activated.
3. A good description of exp. data on P A and Pi A interactions
has been reached.
Estimation of evaporated nucleon multiplicity and spectra is still problematic due to lack of exp. data. It would be well to use calorimetric data!
The diffraction in hadron-nucleus interactions has to be studied
more carefully.
It would be well to improve the Bertini and QGS models.
Diffraction in FTF can be checked in P+Pb interactions at LHC (4.4 TeV). The experiment will be carried out at November 2012.
Gathered exp. data will be used for a revision of QGS model. 24