Review on the fundamental theory and technology of Z-scan;

The third-order nonlinear optical properties of the films were measured by the Z-scan technique.

The nonlinear optical properties of different solution layers of ethyl red and their optical limiting are measured by Z-scan.

Theory analysis on Z-scan technique of cascade structure for the nonlinear absorption materials;

Roboticized Laser Beam Z-scan System Based on Labview;

Theoretical analysis of Z-scan using one dimensional partially coherent beams;

Z-scan Measurements of the Third-order Nonlinear Optical Properties in AπDπA Carbozole Derivatives;

Z-scan Measurement on the Third-order Nonlinear Optical Absorption of Conjugated PPQ Polymer Film;

Gaussian beam Z-scan diffraction theory model for the strong nonlinear absorption materials;

Using the single beam Z scan technique with 38 ps pulse at 1.

The broadening effect of ultrashort laser pulse due to optical components is theoretically calculated and a Z scan system with small internal dispersion based on Al coated mirrors is reported.

Z scan analysis for near top-hat beams;

5×10 9 cm/W measured by Z scanning method is given.

The third order optical nonlinear susceptibilities χ (3)  of coated Bi 2S 3 nanoparticles doped organically modified sol gels under different thermal treatment conditions have been measured using the Z scan technique with 38 ps pulse excitation at 1.

in the light of the thermal conductivity equation, we have studied refractive index changeresulted from thermal effect induced by linear and nonlinear absorption in Z-scan measurement withpulse laser.