… application of two-wave mixing in photorefractive crystals. … Two-wave mixing (TWM) is
a process in which two coherent … conditions such as light beam polarization, temperature, …

… the light beam with respect to the orientation of the, crystal which … Here, we see an increase
in the magnitude of gain … determination by self-induced coherent optical oscillations. In …

… an BTO crystal of the (110)-cut upon two-wave mixing on the … light beam can be achieved
with stationary four-wave mixing by … This is due to the coherent summation of the partial waves …

… optical gain is further provided through two-wave mixing in Fe 3+ -doped LiNbO 3 using the
material’s photorefractive … at the pole of the transmitted light beam or the reflected light beam. …

… substrates and illuminated by two intersecting coherent light … beams and the gain of the
weak light beam. We analyze the … than those obtained in typical solid photorefractive crystals. …

… In addition, due to the coherent summation of the amplitudes … voltage, which therefore
increases the working frequency … interferometer would have a light beam with the amplitude of …

… and applications from photorefractive response and image … primarily focusing on the NDTWM
gain mechanism and the use … in cw mode at 577 nm with a coherence length of 10 m and a …

… other hand through the paraxial approximation of a propagating light beam[18]. We call the
first … effect, a two-wave mixing phenomenon can take place when two coherent beams propa…

… By using two-wave mixing method, the photorefractive … For example, by using selective
illumination of either coherent (… by using either a chopped pump light beam at 514.5 nm or a cw …

… reflected, transmitted and incident light beam, respectively. If … optical gain and loss can be
achieved using two-wave mixing … In conclusion, the coherent-perfect-absorber−laser point is …