Six-wave mixing

Steffen T and Duppen K 1996 Time resolved four- and six-wave mixing in liquids I. Theory J. Chem. Phys. 105 7364-82... 

Yang M, Kim J, Jung Y and Oho M 1998 Six-wave mixing spectroscopy resonant coherent hyper-Raman scattering J. Chem. Phys. 108 4013-20... 

Elimination of intense scattering contributions requires high-quality optical components. The finite contrast factor of polarization optics (106-107) and possible higher-order processes (e.g., six-wave mixing) to the nonlinear scattering limit the suppression potential (39). 

Tominaga K, Yoshihara K. Fifth order optical response of liquid CS2 observed by ultrafast nonresonant six-wave mixing. Phys Rev Lett 1995 74 3061-3064. 

Steffen T, Fourkas JT, Duppen K. Time resolved four and six-wave mixing in liquids. I. Theory. J Chem Phys 1997 105 7364-7382. 

We have observed the fifth order non-linear optical response of liquid CS2 by non-resonant six-wave mixing with five different short pulses. In Fig. 2 the fifth order signal from CS2 is illustrated as a... 

Fiorini, C., Charra, E, Nunzi, J.-M., and Raimond, P. (1994). Six-wave mixing probe of light-induced second harmonic generation example of dye solutions./. Opt.. 5oc. Am. B 11, 2347-2358. 

Tunable radiation is generated by a)xuv=4o)uY+(jOY. With the radiation of a second dye laser (Ay=216-800 nm) the six-wave mixing should cover the whole range of 58 to 72 nm. 

Analogous to the results in Ar, six-wave mixing in Ne should generate VUV at even shorter wavelengths. in the case of Ne the UV radiation of a frequency doubled dye laser (Ayy=282.1 nm) and of the sum frequency... 

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