Influence of flying mirror features and time delay between two counterpropagating laser pulses on the generated attosecond pulse intensity in near-critical density plasmas
Abstract:The attosecond pulse generation by the interaction of two counterpropagating ultrashort laser pulses with near-critical density plasma is simulated using two-dimensional particle in the cell method. Results of the simulations showed the flying mirror properties such as density and shape change, while moving through the plasma, behind the intense driver laser. We investigated the effects of the mirror features on the produced attosecond pulse intensity by setting various delay times between the driver and sourc… Show more
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