This paper deals with the sensors, designed for ultraviolet light detection. There are many options in UV sensors construction. But in any case, there is a semiconducter used as a sensitive component. The most common photocatalyst is titanium dioxide. In electronic it is mainly used due to its suitable physical and chemical properties and good chemical stability. The aim of the work is preparation of gel electrolyte, which can close the electrical circuit between cathodic and anodic compartment and allows the passage of electrons. The hole first chapter is divoted to methods of UV sensors production, including electrochemical method on which is based our sensor
A zero-power, low-cost ultraviolet (UV)-C colorimetric sensor is demonstrated using a gallium oxide ...
The main task of the bacherol´s thesis was to prepare a photosensitive layer reacting to the radiati...
This work was focused on the utilization of photocatalysis in electrochemical experiments. The gener...
This paper deals with the construction of photoelectrochemical cell, used for detection of ultraviol...
This thesis deals with the construction of a photoelectrochemical cell, which is used for detection ...
My project involved the development of a low-cost and mobile ultraviolet radiation (UVR) sensor. UVR...
This diploma thesis focuses on electrochemical sensors to detect radiation in the blue region of the...
In Australia skin cancer from sun exposure is a major issue. However, for individuals to know when t...
Paper based sensor is the new technology to fabricate a simple, portable, and low cost device that e...
This bachelor thesis deals with monitoring of photocatalytic activity on prepared optical sensors fo...
[[abstract]]In this paper, TiO2 thin film was used to design a system including pH and UV sensors on...
A diverse array of semiconductor-based nanostructures have been synthesized and utilized in many app...
The electric properties of irradiated titanium dioxide base pigment have been followed using a simpl...
In this age of modernization, smart or self-sufficient frameworks in all domains of work are becomin...
Solar ultraviolet (UV) radiation causes a range of skin disorders as well as affecting vision and th...
A zero-power, low-cost ultraviolet (UV)-C colorimetric sensor is demonstrated using a gallium oxide ...
The main task of the bacherol´s thesis was to prepare a photosensitive layer reacting to the radiati...
This work was focused on the utilization of photocatalysis in electrochemical experiments. The gener...
This paper deals with the construction of photoelectrochemical cell, used for detection of ultraviol...
This thesis deals with the construction of a photoelectrochemical cell, which is used for detection ...
My project involved the development of a low-cost and mobile ultraviolet radiation (UVR) sensor. UVR...
This diploma thesis focuses on electrochemical sensors to detect radiation in the blue region of the...
In Australia skin cancer from sun exposure is a major issue. However, for individuals to know when t...
Paper based sensor is the new technology to fabricate a simple, portable, and low cost device that e...
This bachelor thesis deals with monitoring of photocatalytic activity on prepared optical sensors fo...
[[abstract]]In this paper, TiO2 thin film was used to design a system including pH and UV sensors on...
A diverse array of semiconductor-based nanostructures have been synthesized and utilized in many app...
The electric properties of irradiated titanium dioxide base pigment have been followed using a simpl...
In this age of modernization, smart or self-sufficient frameworks in all domains of work are becomin...
Solar ultraviolet (UV) radiation causes a range of skin disorders as well as affecting vision and th...
A zero-power, low-cost ultraviolet (UV)-C colorimetric sensor is demonstrated using a gallium oxide ...
The main task of the bacherol´s thesis was to prepare a photosensitive layer reacting to the radiati...
This work was focused on the utilization of photocatalysis in electrochemical experiments. The gener...