four-wave mixingphotonics 相位共轭波非线性介质四波混频光电子In this paper,the principle and features of four-wave mixing are given.The generation of four-wave mixing is derived in theory and the applications of four-wave mixing in the DWDM for optical fiber communication,phase conjugation wave ...
It generalizes the model to include pump depletion and describes a truncated three-wave model for the pump and its immediate sidebands. The chapter briefly considers an application of the four-wave mixing process in passive fiber cavities. This application relies on the fact that the growth rate...
16.2.1.2Four-wave mixing-based limiting FWM is another process that can generate a plateau in its amplitude transfer function without significantly distorting the phase[5,21]. In[21], Matsumoto demonstrates a FWM limiter (Figure 16.2a) installed either before, or within a 5span, 200km recircula...
Degenerate Four Wave Mixing and Coherent Anti-Stokes Raman Scattering: Applications in Combustion Diagnostics – Species Imaging and Improved Temperature ... P Snowdon,SM Skippon,M Kaczmarek,... - Springer Netherlands 被引量: 1发表: 1992年 Recent advances in coherent anti-Stokes Raman scattering sp...
ensing applications A highly sensitive four-wave mixing-based microstructured fiber refractive index sensor for microfluid sensing applicationsA highly sensitive four-wave mixing-based microstructured fiber refractive index sensor for microfluid sensing applicationsA four-wave mixing (FWM)-based refractive ...
Four-wave mixing (FWM) is a parametric nonlinear process with widespread applications in wavelength conver- sion, signal regeneration, switching, phase-sensitive amplification, nonlinear imaging, and entangled photon pair generation1–6. It is a byproduct of the Kerr nonlinear optical effect and has...
Methods, systems and computer program products for countering the effects of four wave mixing are described. In one implementation, a controller can be used to shift an operating wavelength of an optical transmitter away from a zero-dispersion wavelength through which signals of the optical transmitte...
Four-wave mixing (FWM) is a parametric nonlinear process with widespread applications in wavelength conversion, signal regeneration, switching, phase-sensitive amplification, nonlinear imaging and entangled photon pair generation1,2,3,4,5,6. It is a byproduct of the Kerr nonlinear optical effect and...
Wave mixing inside optical resonators, while experiencing a large enhancement of the nonlinear interaction efficiency, suffers from strong bandwidth constraints, preventing its practical exploitation for processing broad-band signals. Here we show that such limits are overcome by the new concept of travell...
Four-wave mixing among subpicosecond optical pulses in a semiconductor optical amplifier and its applications to optical sampling We have demonstrated the highly nondegenerate four-wave mixing among sub-picosecond optical pulses in a 1.3 micrometers multiple-quantum well semiconductor... H Kawaguchi,J ...