Fig. 1. Influence of laser field on the stopping power of carbon ion moving in the electron plasma with different (a) laser driven amplitudes, (b) laser frequency ratios and (c) laser angles

Fig. 2. Influence of plasma factors on the stopping power of carbon ion moving in the electron plasma with different (a) plasma densities，(b) electron temperatures

Fig. 3. Influence of laser field on the stopping power of carbon ion moving in the electron-ion plasma with different laser driven amplitudes, laser frequency ratios and laser angles

Fig. 4. Effect of laser field on the stopping power of carbon ion moving in the electron plasma with different (a) plasma densities, (b) electron temperatures