Thin films of nickel sulphide were deposited from aqueous baths on indium tin oxide glass substrate. The chemical bath contained nickel sulphate, sodium thiosulfate and triethanolamine solutions. The aim of the present study was to analyze the different experimental conditions to prepare Ni4S3 thin films using chemical bath deposition technique. The structural, morphological and optical properties of nickel sulphide thin films were obtained by X-ray diffraction, atomic force microscopy and UV-Vis Spectrophotometer will be presented. The properties of the films varied with the variation in the deposition parameters. The films deposited at longer deposition time using lower concentration in more acidic medium showed improved crystallinity, go...
The structural, electrical and optical properties of chalcogenide thin films deposited by chemical b...
In this study, zinc oxide, zinc sulfide and zinc selenide semiconductor thin films were produced by ...
Nickel sulphide is one of the proficient electrode materials for supercapacitors. Current abstract p...
The nickel selenide thin films were prepared onto microscope glass slides by a chemical bath deposit...
Semiconducting nickel sulphide (NiS) thin films were deposited onto glass substrates using a new mod...
NiSe thin films were deposited onto microscope glass slides by chemical bath deposition method. Chem...
Thin films of Nickel sulphide (NiS) were successfully grown by using the solution growth technique w...
The transition metal, nickel is a favourable material to create combination with chalcogenides eleme...
The transition metal, nickel is a favourable material to create combination with chalcogenides eleme...
$Ni_2S_{2-x}$ thin films with x=0, 0.5, and 1 were prepared by chemical bath deposition technique. A...
Nickel tin selenide thin films have been potentiostatically electrodeposited on titanium substrate f...
Cathodic electrodeposition in the presence of tartrate ions in aqueous solution was used to prepare ...
Problem statement: Recently, many scientists looking for new chalcogenide materials for the solar ce...
The present study investigates the role of deposition time on the structural, morphological, composi...
Chemical bath deposition technique has many advantages if compared to other deposition methods. This...
The structural, electrical and optical properties of chalcogenide thin films deposited by chemical b...
In this study, zinc oxide, zinc sulfide and zinc selenide semiconductor thin films were produced by ...
Nickel sulphide is one of the proficient electrode materials for supercapacitors. Current abstract p...
The nickel selenide thin films were prepared onto microscope glass slides by a chemical bath deposit...
Semiconducting nickel sulphide (NiS) thin films were deposited onto glass substrates using a new mod...
NiSe thin films were deposited onto microscope glass slides by chemical bath deposition method. Chem...
Thin films of Nickel sulphide (NiS) were successfully grown by using the solution growth technique w...
The transition metal, nickel is a favourable material to create combination with chalcogenides eleme...
The transition metal, nickel is a favourable material to create combination with chalcogenides eleme...
$Ni_2S_{2-x}$ thin films with x=0, 0.5, and 1 were prepared by chemical bath deposition technique. A...
Nickel tin selenide thin films have been potentiostatically electrodeposited on titanium substrate f...
Cathodic electrodeposition in the presence of tartrate ions in aqueous solution was used to prepare ...
Problem statement: Recently, many scientists looking for new chalcogenide materials for the solar ce...
The present study investigates the role of deposition time on the structural, morphological, composi...
Chemical bath deposition technique has many advantages if compared to other deposition methods. This...
The structural, electrical and optical properties of chalcogenide thin films deposited by chemical b...
In this study, zinc oxide, zinc sulfide and zinc selenide semiconductor thin films were produced by ...
Nickel sulphide is one of the proficient electrode materials for supercapacitors. Current abstract p...