Stable 2.2-ps parabolic pulses are obtained by filtering of 1.3-ps Gaussian pulses with a LPG-based filter. Their subsequent nonlinear propagation in dispersion-shifted fiber resulted in supercontinuum generation with flat spectral response over 20 nm.
Stable 2.2-ps parabolic pulses are obtained by filtering of 1.3-ps Gaussian pulses with a LPG-based filter. Their subsequent nonlinear propagation in dispersion-shifted fiber resulted in supercontinuum generation with flat spectral response over 20 nm. (en)
Synthesis of picosecond parabolic pulses formed by a long period fiber grating structure and its application for flat-top supercontinuum generation
Synthesis of picosecond parabolic pulses formed by a long period fiber grating structure and its application for flat-top supercontinuum generation (en)
Synthesis of picosecond parabolic pulses formed by a long period fiber grating structure and its application for flat-top supercontinuum generation
Synthesis of picosecond parabolic pulses formed by a long period fiber grating structure and its application for flat-top supercontinuum generation (en)