In this thesis the optical properties of the plasma polymers are studied using the spectroscopic ellipsometry. The basic principles of ellipsometry are described. The suitability of various ellipsometric models for the modelling of plasma polymer thin filmsis compared. The stability of films prepared by sputtering of nylon is studied. The influence of the deposition conditions on the optical properties of hydrocarbon plasma polymer film is characterized. Usability of the ellipsometric roughness for the characterization of the nanostructured hydrophobic surfaces is tested. The filling factor of metal/plasma polymer nanocomposites is determined and compared with another methods of filling factor determination
Creating optical quality thin films with a high refractive index is increasingly important for waveg...
Title: Stability of plasma polymers under various conditions. Author: Jindřich Matoušek Department/I...
Title: Stability of plasma polymers under various conditions. Author: Jindřich Matoušek Department/I...
Presented work is focused on the deposition and characterization of thin and ultrathin plasma polyme...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
Title: Plasma polymers in the nanostructured and nanocomposite coatings Author: Artem Shelemin Depar...
Title: Plasma polymers in the nanostructured and nanocomposite coatings Author: Artem Shelemin Depar...
The theoretical part deals with basic characteristics of low-temperature, low-pressure plasma. It de...
The theoretical part deals with basic characteristics of low-temperature, low-pressure plasma. It de...
Thesis in theoretical part is focused on the principle of spectroscopic ellipsometry and formation o...
Title: Preparation of nanostructured and nanocomposite thin films with plasma polymer matrix Author:...
Diploma thesis deals with preparation of multilayered organic-inorganic nanostructures via PECVD tec...
Creating optical quality thin films with a high refractive index is increasingly important for waveg...
Title: Stability of plasma polymers under various conditions. Author: Jindřich Matoušek Department/I...
Title: Stability of plasma polymers under various conditions. Author: Jindřich Matoušek Department/I...
Presented work is focused on the deposition and characterization of thin and ultrathin plasma polyme...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
In this thesis we have studied growth and properties of thin films prepared by tilted deposition usi...
Title: Plasma polymers in the nanostructured and nanocomposite coatings Author: Artem Shelemin Depar...
Title: Plasma polymers in the nanostructured and nanocomposite coatings Author: Artem Shelemin Depar...
The theoretical part deals with basic characteristics of low-temperature, low-pressure plasma. It de...
The theoretical part deals with basic characteristics of low-temperature, low-pressure plasma. It de...
Thesis in theoretical part is focused on the principle of spectroscopic ellipsometry and formation o...
Title: Preparation of nanostructured and nanocomposite thin films with plasma polymer matrix Author:...
Diploma thesis deals with preparation of multilayered organic-inorganic nanostructures via PECVD tec...
Creating optical quality thin films with a high refractive index is increasingly important for waveg...
Title: Stability of plasma polymers under various conditions. Author: Jindřich Matoušek Department/I...
Title: Stability of plasma polymers under various conditions. Author: Jindřich Matoušek Department/I...