[P1] S.De Filippo, G.Marmo, M.Salerno, G.Vilasi,
Integrability of nonlinear field theories: phenomenology and geometry,
in "Theoretical Physics Meeting", ESI,Naples, 199-217 (1983).

[P2] S.De Filippo, M.Fusco Girard, M.Salerno,
Numerical Analysis of the Order-chaos-Order Transition of the N=3 Discrete Self Trapping Equation, in "Structure Choerence and Chaos", Manchester University Press, 633-637 (1987)

[P3] S.De Filippo, M.Fusco Girard, M.Salerno,
Lyapunov exponents analysis for the chaos-order transition of the discrete self-trapping equationin Ädvances on Phase Transitions and Disorder Phenomena" World Scientific Publishing Company, 505-515 (1987).

[P4] Mario Salerno,
Eigenvalue statistics and Eigenstate Wigner Functions for the Discrete Self Trapping Equation in "Davydov's Soliton Revised: Self Trapping of vibrational energy in proteins", (P.L Christiansen, A.C.Scott Eds.) NATO ASI Series B Physics Vol.243, Plenum Press, N.Y., 511-518 (1990).

[P5] S.Pagano, M.Salerno,
Phase locking of fluxon oscillations: Theory and Experiments in "Stimulated nonlinear effect in Josephson devices", (M.Russo et al. Eds.) World Scientific Publishing Company, 207-226 (1990).

[P6] M.Salerno , M.R.Samuelsen, Different microwave couplings to long Josephson junctions phase locked to a zero field step, in "Nonlinear Superconductive electronics and Josephson Devices", (N.F.Pedersen et al. eds.) Plenum Publishing Company (1991).

[P7] G.Filatrella, N.Gronbech, R.Monaco, S.Pagano, R.D.Parmentier, N.F.Pedersen, G.Rotoli,M.Salerno, and M.R.Samuelsen, Phase Locking of Fluxon Oscillations in Long Josephson Junctions in "Nonlinear Superconductive electronics and Josephson Devices", (N.F.Pedersen et al. eds.) Plenum Publishing Company (1991).

[P8] M.Salerno,
Different approaches to the quantization of a discrete nonlinear Schrödinger equation, in Ädvances in Theoretical Physics", (E.R.Caianiello ed.) World Scientific Publishing Company, 213-225, (1991).

[P9] P.L.Christiansen, L.Cruzeiro-Hansson, H.Feddersen, R.Flesh,
M.Salerno, and A.C.Scott, in
Classical and Quantum Mechanical Analysis of order and chaos in the Discrete Self-Trapping equation, (A.R.Bishop ed.) World Scientific Publishing Company (1991).

[P10] Mario Salerno,
A dynamical mechanism for genetic activation
in "DNA, Proteins, Recognition in Biological Systems"
(L.Yakushevic. O.Ozoline eds.) Plenum Publishing Company, (1992).

[P11] Mario Salerno,
Basis functions for strongly correlated fermi systems,
Proceedings della Conferenza "Coherent Structures in Physics and Biology" Edinburgh (1995), pubblicati sul WEB
all'indirizzo http://www.ma.hw.ac.uk/solitons.

[P12] M.Salerno,
Shock waves in the discrete nonlinear Schrödinger equation" in "New Perspectives in the Physics of Mesoscopic Systems", (S.De Martino et al. Eds.) World Scientific Publishing, Singapore, 264-272 (1997).

[P13] M.Salerno,
Zero energy states for quantum dots model potentials in "Nonlinearity Integrability and all that: twenty years after needs '79", (M. Boiti et al. Eds.), World Scientific Publishing, Singapore, 515-522 (2000).