The paper presents the theory and the experimental results of the dark soliton effect in the propagation at microwave frequencies. These short microwave pulses produce an improvement of S/N ratio and have promising applications in the microwave signal processing in ultrafast signal techniques because they compress the input excitation 5 - 7 times.
Microwave Dark Soliton Effect: Compression of Pulses and Signal to Noise Enhancement
R Marcelli
1998
Abstract
The paper presents the theory and the experimental results of the dark soliton effect in the propagation at microwave frequencies. These short microwave pulses produce an improvement of S/N ratio and have promising applications in the microwave signal processing in ultrafast signal techniques because they compress the input excitation 5 - 7 times.File in questo prodotto:
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