Ali Kemal MakŞİŞECAM · Vacuum Coating Technologies Department
Ali Kemal Mak
Ph.D in Physics
Product Development Specialist at Şişecam Science, Technology and Design Center
About
7
Publications
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Citations
Introduction
Researcher at Sisecam Science, Technology and Design Center
Additional affiliations
December 2019 - November 2023
Education
August 2017 - December 2022
Publications
Publications (7)
Nickel oxide (NiO) thin films were grown on glass substrate by direct current magnetron sputtering at different oxygen (O2) partial pressure. The influence of O2 partial pressure on the structural, optical, and electrochromic properties of NiO thin films were investigated. A strong relation between O2 partial pressure and NiO film properties such a...
The solid-state electrolytes have attractive properties for electrochromic (EC) devices and battery industries. Li+ ion is the most applied and investigated carrier ion in this field together with less commonly ions Mg2+, Na+ H+ and Al3+. In this study, we have investigated Al3+ solid electrolytes for WO3 based EC devices as alternative to Li+ ions...
Al3+ is considered as one of the alternative charge carrier ions to Li+ for WO3 based electrochromic (EC) devices. In this study, WO3 films have been grown by Magnetron Sputtering method and tested in Li+ and Al3+ liquid electrolytes for the comparison of EC performances. In order to see the effects of structure and heat treatment on the EC perform...
Effect of Al doping on the structural, optic, and electrochromic properties of tungsten trioxide (WO3) thin films was investigated through X-ray diffraction, X-ray photoelectron spectroscopy, scanning electron microscopy, atomic force microscopy, optic transmittance, spectral ellipsometry, cyclic voltammetry and chronoamperometry measurements. Undo...
The nonlinear absorption properties and ultrafast dynamics of pure and boron doped GaSe crystals have
been studied by open aperture Z-scan and ultrafast pump probe spectroscopy techniques. All of the
studied crystals showed nonlinear absorption under 100 fs pulse duration and 1200 nm wavelength
excitations. Nonlinear absorption coefficients increas...
In this study, we have investigated structural, optical and electrical
properties of Lead Sulphur (PbS) thin film grown on glass substrate by chemical bath
deposition (CBD) method. We found that PbS thin film had cubic structure from X-ray
diffraction (XRD). Particle size of PbS thin film has been found 150-250 nm from
atomic force microscope (AFM)...