Open AccessA measurement technique to perform optical Z-scan and photoacoustic Z-scan simultaneously called OPAZ-scan is demonstrated. It is found that the simultaneous measurement of the optical and photoacoustic Z-scan signals provides substantially better insight into the mechanism of optical nonlinearity. The system is able to identify mixed nonlinear processes within a mixture of nonlinear scattering species and nonlinear absorbers
We report a sensitive single-beam technique for measuring both the nonlinear refractive index and no...
A novel method for measuring the beam quality of short, powerful laser pulses is presented. The meth...
We discuss the characterization of nonlinear optical processes in materials associated with loss and...
We report a novel photoacoustic Z-scan (PAZ-scan) technique that combines the advantages offered by ...
The high-power ultrafast lasers and novel white-light continua are enabling novel nonlinear Z-scan d...
Nonlinear optical materials have good prospect and can be applied in photonics and biomedical applic...
A simple dual-wavelength (two-color) Z-scan geometry is demonstrated for measuring nonlinearities at...
We introduce a temporal delay in one beam of the two-color Z-scan apparatus, which measures nondegen...
The single-wavelength Z scan technique for measuring the spectral dependencies of optical nonlineari...
We present a technique in which small solute nonlinearities may be extracted from large solvent sign...
We use a white-light continuum (WLC) as the source in a standard Z-scan technique to measure the deg...
Here we present a new Z-scan technique for direct measurements of nonlinear absorption spectra. This...
A simple dual-wavelength (two-color) Z-scan geometry is demonstrated for measuring nonlinearities at...
[[abstract]]A wavelength-amplitude (WM-AM) double-modulation technique that uses the acoustic wave g...
We discuss the characterization of nonlinear optical processes that give rise to changes in the abso...
We report a sensitive single-beam technique for measuring both the nonlinear refractive index and no...
A novel method for measuring the beam quality of short, powerful laser pulses is presented. The meth...
We discuss the characterization of nonlinear optical processes in materials associated with loss and...
We report a novel photoacoustic Z-scan (PAZ-scan) technique that combines the advantages offered by ...
The high-power ultrafast lasers and novel white-light continua are enabling novel nonlinear Z-scan d...
Nonlinear optical materials have good prospect and can be applied in photonics and biomedical applic...
A simple dual-wavelength (two-color) Z-scan geometry is demonstrated for measuring nonlinearities at...
We introduce a temporal delay in one beam of the two-color Z-scan apparatus, which measures nondegen...
The single-wavelength Z scan technique for measuring the spectral dependencies of optical nonlineari...
We present a technique in which small solute nonlinearities may be extracted from large solvent sign...
We use a white-light continuum (WLC) as the source in a standard Z-scan technique to measure the deg...
Here we present a new Z-scan technique for direct measurements of nonlinear absorption spectra. This...
A simple dual-wavelength (two-color) Z-scan geometry is demonstrated for measuring nonlinearities at...
[[abstract]]A wavelength-amplitude (WM-AM) double-modulation technique that uses the acoustic wave g...
We discuss the characterization of nonlinear optical processes that give rise to changes in the abso...
We report a sensitive single-beam technique for measuring both the nonlinear refractive index and no...
A novel method for measuring the beam quality of short, powerful laser pulses is presented. The meth...
We discuss the characterization of nonlinear optical processes in materials associated with loss and...