Add to ORKGA novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with residual error of less than 5% and signal to noise ratio of 27dB is achieved, ideal for chirped pulse amplification applications. ©2010 Optical Society of America
A fiber-based chirped-pulse amplification (CPA) system with an active feedback loop for pulse shapin...
A fiber-based chirped-pulse amplification (CPA) system with an active feedback loop for pulse shapin...
Sub-picosecond, transform-limited pulses with parabolic optical intensity profile were generated for...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
Self-phase modulation in fiber amplifiers can significantly degrade the quality of compressed pulses...
A fiber-based chirped-pulse amplification (CPA) system with an active feedback loop for pulse shapin...
A fiber-based chirped-pulse amplification (CPA) system with an active feedback loop for pulse shapin...
Sub-picosecond, transform-limited pulses with parabolic optical intensity profile were generated for...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
A novel temporal pulse shaping technique for chirped pulses is presented. Parabolic pulses with resi...
Self-phase modulation in fiber amplifiers can significantly degrade the quality of compressed pulses...
A fiber-based chirped-pulse amplification (CPA) system with an active feedback loop for pulse shapin...
A fiber-based chirped-pulse amplification (CPA) system with an active feedback loop for pulse shapin...
Sub-picosecond, transform-limited pulses with parabolic optical intensity profile were generated for...