Add to ORKGA novel technique based on Z-scan for measuring optical nonlinearities is proposed and demonstrated for assessment of the beam quality, as well
To measure the degenerate (single-frequency) optical nonlinearities, third-order nonlinearity measur...
Abstract. We propose a new technique to perform measurements of nonlinearities in optical waveguides...
The single-wavelength Z scan technique for measuring the spectral dependencies of optical nonlineari...
A novel technique based on Z-scan for measuring optical nonlinearities is proposed and demonstrated ...
A novel method for measuring the beam quality of short, powerful laser pulses is presented. The meth...
The Z-scan technique is a popular method for measuring degenerate (single frequency) optical nonline...
An image analysis technique that is insensitive to power fluctuations and beam steering issues, and ...
This study developed a beam shaping based method to avoid nonlinear sample damage in high intense pu...
We describe the application of single beam propagation methods, namely Z-scan and EZ-scan, for the d...
International audienceWe show that the direct measurement of the beam radius in Z-scan experiments u...
We describe a sensitive technique for measuring nonlinear refraction in a variety of materials that ...
Nonlinear optical properties are crucial in determining the behavior of the optical material under t...
A simple, highly sensitive method is proposed for studying nonlinear refraction in materials. In a t...
We report the experimental results obtained by the closed-aperture Z-scan technique where Nd:YAG min...
International audienceGoodness of fit is demonstrated for theoretical calculation of z-scan data bas...
To measure the degenerate (single-frequency) optical nonlinearities, third-order nonlinearity measur...
Abstract. We propose a new technique to perform measurements of nonlinearities in optical waveguides...
The single-wavelength Z scan technique for measuring the spectral dependencies of optical nonlineari...
A novel technique based on Z-scan for measuring optical nonlinearities is proposed and demonstrated ...
A novel method for measuring the beam quality of short, powerful laser pulses is presented. The meth...
The Z-scan technique is a popular method for measuring degenerate (single frequency) optical nonline...
An image analysis technique that is insensitive to power fluctuations and beam steering issues, and ...
This study developed a beam shaping based method to avoid nonlinear sample damage in high intense pu...
We describe the application of single beam propagation methods, namely Z-scan and EZ-scan, for the d...
International audienceWe show that the direct measurement of the beam radius in Z-scan experiments u...
We describe a sensitive technique for measuring nonlinear refraction in a variety of materials that ...
Nonlinear optical properties are crucial in determining the behavior of the optical material under t...
A simple, highly sensitive method is proposed for studying nonlinear refraction in materials. In a t...
We report the experimental results obtained by the closed-aperture Z-scan technique where Nd:YAG min...
International audienceGoodness of fit is demonstrated for theoretical calculation of z-scan data bas...
To measure the degenerate (single-frequency) optical nonlinearities, third-order nonlinearity measur...
Abstract. We propose a new technique to perform measurements of nonlinearities in optical waveguides...
The single-wavelength Z scan technique for measuring the spectral dependencies of optical nonlineari...