“ZnS, an excellent material in photonics” - A review based on Z-scan study

Cation exchange doping by transition and non-transition metals: embracing luminescence for band gap tunability in a ZnS lattice

“…Chemical precipitation, sol-gel, hydrothermal synthesis, and co-precipitation are among the commonly employed methods, offering precise control over particle size, morphology, and dopant concentration. 28,29 Doping can significantly affect the electrical conductivity of ZnS. Depending on the type of dopants, ZnS can become either a p-type or n-type semiconductor.…”

“…Chemical precipitation, sol–gel, hydrothermal synthesis, and co-precipitation are among the commonly employed methods, offering precise control over particle size, morphology, and dopant concentration. 28,29…”

“…Doping may have an impact on the QDs' optical properties, including their stability and photoluminescence quantum yields (PLQY). 28…”

Dual-Criteria Decision Analysis by Multiphotonic Effects in Nanostructured ZnO

“…where denotes the nonlinear absorption coefficient, represents the effective length, and represents the sample length. In addition, for analyzing the closed configuration using a Gaussian beam of radius , the normalized transmi ance as a function of position was calculated as follows [23]: In order to estimate the nonlinear optical parameters, an approximation of the optical transmittance T 0 in ZnO using the open configuration can be determined using the following equations [22]:…”

“…where β denotes the nonlinear absorption coefficient, L e f f represents the effective length, and L represents the sample length. In addition, for analyzing the closed configuration using a Gaussian beam of radius w 0 , the normalized transmittance T c as a function of position z was calculated as follows [23]:…”