Random plasma density inhomogeneities may defocus the output pulses of powerful backward Raman amplifiers (BRA). Because of ultra-high intensities of even non-focused BRA outputs, such distortions, if occur, are then difficult to correct. We derive a simple expression for the largest BRA length for which the output pulse focusability is not yet spoiled. Interestingly, this limitation does not depend on the pump laser intensity. We also note a useful effect of plasma inhomogeneities that might help to suppress premature pump backscattering by thermal noise
Three-dimensional (3-D) simulations for the Backward Raman Amplification (BRA) are presented. The im...
The plasma Raman instability can efficiently compress a nanosecond long high-power laser pulse to su...
A theoretical and numerical investigation of small-signal Raman backscattering from a chirped pump p...
Backward Raman amplification (BRA) in plasma can be used for generating ultra-powerful laser pulses....
Extremely large laser power might be obtained by compressing laser pulses through backward Raman amp...
A critical issue in the generation of ultra-intense, ultra-short laser pulses by backward Raman scat...
The effects of the longitudinal pulse width were studied in Raman backward amplification (RBA) of la...
Abstract—Three-dimensional (3-D) simulations for the back-ward Raman amplification (BRA) are present...
The recently proposed backward Raman laser amplification scheme utilizes the stimulated Raman backsc...
The effects of incoherence on the three-wave coupling process of backward stimulated Raman scatterin...
In the process of backward Raman amplification (BRA), the leading layers of the seed laser pulse can...
The advent of laser systems based on the chirped pulse amplification (CPA) technique has allowed the...
Focusing of an intense laser pulse produced by backward Raman pulse amplification (BRA) has been num...
Raman amplification arising from the excitation of a density echelon in plasma could lead to amplifi...
Ultra high power laser amplifier systems based on plasma may provide a pathway to reach petawatt to ...
Three-dimensional (3-D) simulations for the Backward Raman Amplification (BRA) are presented. The im...
The plasma Raman instability can efficiently compress a nanosecond long high-power laser pulse to su...
A theoretical and numerical investigation of small-signal Raman backscattering from a chirped pump p...
Backward Raman amplification (BRA) in plasma can be used for generating ultra-powerful laser pulses....
Extremely large laser power might be obtained by compressing laser pulses through backward Raman amp...
A critical issue in the generation of ultra-intense, ultra-short laser pulses by backward Raman scat...
The effects of the longitudinal pulse width were studied in Raman backward amplification (RBA) of la...
Abstract—Three-dimensional (3-D) simulations for the back-ward Raman amplification (BRA) are present...
The recently proposed backward Raman laser amplification scheme utilizes the stimulated Raman backsc...
The effects of incoherence on the three-wave coupling process of backward stimulated Raman scatterin...
In the process of backward Raman amplification (BRA), the leading layers of the seed laser pulse can...
The advent of laser systems based on the chirped pulse amplification (CPA) technique has allowed the...
Focusing of an intense laser pulse produced by backward Raman pulse amplification (BRA) has been num...
Raman amplification arising from the excitation of a density echelon in plasma could lead to amplifi...
Ultra high power laser amplifier systems based on plasma may provide a pathway to reach petawatt to ...
Three-dimensional (3-D) simulations for the Backward Raman Amplification (BRA) are presented. The im...
The plasma Raman instability can efficiently compress a nanosecond long high-power laser pulse to su...
A theoretical and numerical investigation of small-signal Raman backscattering from a chirped pump p...