1. Two-photon double ionization of He

Liang Feng and Hugo W van der Hart, J. Phys. B 36 (2003) L1.

2. double photoionization of doubly excited Heliumton

Liang Feng and Hugo W van der Hart, Phys.Rev.A66 (2002) R031402.

3. The two-electron continuum in terms of B-spline basis

Liang Feng and Hugo W van der Hart, J. Mod.Opt.50 (2003) 579

4. Multiphoton ionization process in 7+ 

Hugo W van der Hart, and Liang Feng, J. Phys. B35 (2002) 1185

5. Double photoionization of excited He-like atoms

Hugo W van der Hart and Liang Feng , J. Phys. B34 (2001) L601.

6.Quantum simulation of p+H collisions in an intense laser field

Liang Feng and Yu-Kun Ho, Physical Review A61 (2000) 023407.

7. Conditions for electron-capture by an ultra intense stationary laser beam

J.X.Wang,P.X.Wang, Yu-kun Ho, Liang Feng, and Z. S. Yuan, Physical Review E61 (2000)1981.

8. Classical study of p+He and p+He⁺ collisions in intense laser fields.

Liang Feng and Yu-Kun Ho, European Physical Journal D7 (1999)25.

9. High-intensity laser-induced electron acceleration in vacuum

J.X.Wang,Y.K.Ho,Liang Feng, Q.Kong, P.X.Wang, Z. S. Yuan and S.Scheid, Physical Review E60 (1999) 7473.

10. Quantum Calculation of Head-on p+H collisions in an intense laser field.

Liang Feng and Yu-Kun Ho,Physics Letters A264 (1999) 131.

11 Energy absorption by charge-resonance-enhanced ionization during atom-ion collisions in an intense laser field

Liang Feng and Yu-Kun Ho, Physical Review A58 (1998) 2332.

12. The gain of kinetic energy of particles during atom-ion collision in intense laser fields.

Liang Feng and Yu-Kun Ho, Physics Letters A251 (1999) 121.

13. Inelastic scattering of electrons by an intense pulsed laser beam.

J.X.Wang, Yu-kun Ho and Liang Feng, Journal of Physics B32 (1999)939.

14. laser-induced electron acceleration in a counter-propagating rf field

Liang Feng and Yu-Kun Ho, Physical Review E47 (1993) R2277.

15. Radiation corrections to the electron inelastic scattering by an intense stationary laser beam

J.X.Wang, Y.K.Ho and Liang Feng, Physics Letters A244 (1998) 523.

16. Electron capture and violent acceleration by an extra-intense laser beam

J.X.Wang, Y.K.Ho, L.J.Zhu, Liang Feng, S.Scheid and H.Hora, Physical Review E58 (1998) 6575.

17. Net electron acceleration by a strong laser field and a rf wave

Liang Feng and Yu-kun Ho, Physical Review E49 (1994) 740.

18 Electron scattering by an intense continuous laser beam.

Y.K.Ho, J.X.Wang and Liang Feng,Physics Letters A220 (1996)189.

19. Absence of net acceleration of charged particles by a focused laser beam in free space

Yu-Kun Ho and Liang Feng, Physics Letter A184 (1994) 440.

20.Impossibility of noticeable net energy exchange between charged particle and focused laser beam in free empty space.

Liang Feng and Yu-kun Ho, Journal of Physics B27 (1994) 2417.