[PDF][PDF] A Comparative Study of Third-Order Electronic and Thermally Induced Optical Nonlinearity in Rodamin 610 Doped PMMA Thin Film
AF Jaffar - iasj.net
Third-order optical nonlinearities of Rodamin610 (R610) doped polymer thin films with
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
A Comparative Study of Third-Order Electronic and Thermally Induced Optical Nonlinearity in Rodamin 610 Doped PMMA Thin Film
AF Jaffar - Al-Mustansiriyah Journal of Science, 2013 - iasj.net
Third-order optical nonlinearities of Rodamin610 (R610) doped polymer thin films with
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
[PDF][PDF] A Comparative Study of Third-Order Electronic and Thermally Induced Optical Nonlinearity in Rodamin 610 Doped PMMA Thin Film
AF Jaffar - researchgate.net
Third-order optical nonlinearities of Rodamin610 (R610) doped polymer thin films with
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
[PDF][PDF] A Comparative Study of Third-Order Electronic and Thermally Induced Optical Nonlinearity in Rodamin 610 Doped PMMA Thin Film
AF Jaffar - academia.edu
Third-order optical nonlinearities of Rodamin610 (R610) doped polymer thin films with
thicknesses in the range of (171_191) µm, with different concentrations were investigated …
thicknesses in the range of (171_191) µm, with different concentrations were investigated …