Theses on a related topic (having the same keywords):
dielectric response tungsten boron carbide ?lms, opticka charakterizace, dielektricka odezva, classical dispersion models, optical characterization, klasicke disperzni modely, wolfram bor karbidove vrstvyKeywords ordered alphabetically | Keywords ordered by occurrence rate
1.
Kührová, Pavlína
Faculty: Faculty of Science
Year: 2021, studies completed, degree conferred: Bc.
Programme/field: Physics / Mathematics with a view to Education, Physics with a view to Education
Bachelor's thesis defence: Určování optických konstant a strukturních parametrů tenkých DLC vrstev s příměsí křemíku a kyslíku | Theses on a related topic
Faculty: Faculty of Science
Year: 2021, studies completed, degree conferred: Bc.
Programme/field: Physics / Mathematics with a view to Education, Physics with a view to Education
Bachelor's thesis defence: Určování optických konstant a strukturních parametrů tenkých DLC vrstev s příměsí křemíku a kyslíku | Theses on a related topic
2.
Málek, Martin
Faculty: Faculty of Science
Year: 2019, studies completed, degree conferred: Bc.
Programme/field: Physics / Physics
Bachelor's thesis defence: Optická charakteristika tenkých vrstev nitridu křemíku | Theses on a related topic
Faculty: Faculty of Science
Year: 2019, studies completed, degree conferred: Bc.
Programme/field: Physics / Physics
Bachelor's thesis defence: Optická charakteristika tenkých vrstev nitridu křemíku | Theses on a related topic
3.
Málek, Martin
Faculty: Faculty of Science
Year: 2022, studies completed, degree conferred: Mgr.
Programme/field: Physics / Plasma physics and nanotechnology
Master's thesis defence: Opticé vlastnosti tenkých vrstev nestechiometrického nitridu křemíku připravených metodou reaktivního magnetronového naprašování | Theses on a related topic
Faculty: Faculty of Science
Year: 2022, studies completed, degree conferred: Mgr.
Programme/field: Physics / Plasma physics and nanotechnology
Master's thesis defence: Opticé vlastnosti tenkých vrstev nestechiometrického nitridu křemíku připravených metodou reaktivního magnetronového naprašování | Theses on a related topic
4.
Večeře, Jiří
Faculty: Faculty of Science
Year: 2022, studies completed, degree conferred: Mgr.
Programme/field: Physics / Plasma physics and nanotechnology
Master's thesis defence: Určení optických konstant tenkých substrátů v infračervené oblasti | Theses on a related topic
Faculty: Faculty of Science
Year: 2022, studies completed, degree conferred: Mgr.
Programme/field: Physics / Plasma physics and nanotechnology
Master's thesis defence: Určení optických konstant tenkých substrátů v infračervené oblasti | Theses on a related topic
5.
Csontosová, Diana
Faculty: Faculty of Science
Year: 2018, studies completed, degree conferred: Bc.
Programme/field: Physics / Physics
Bachelor's thesis defence: Určování optických konstant a tlouštěk tenkých vrstev nitridu křemíku | Theses on a related topic
Faculty: Faculty of Science
Year: 2018, studies completed, degree conferred: Bc.
Programme/field: Physics / Physics
Bachelor's thesis defence: Určování optických konstant a tlouštěk tenkých vrstev nitridu křemíku | Theses on a related topic
6.
Nečas, David
Faculty: Faculty of Science
Year: 2013, studies completed, degree conferred: Ph.D.
Programme/field: Physics (4-years) / Wave and Partical Optics
Doctoral thesis defence: Optical characterisation of non-uniform thin films | Theses on a related topic
Faculty: Faculty of Science
Year: 2013, studies completed, degree conferred: Ph.D.
Programme/field: Physics (4-years) / Wave and Partical Optics
Doctoral thesis defence: Optical characterisation of non-uniform thin films | Theses on a related topic
7.
Ondračka, Pavel
Faculty: Faculty of Science
Year: 2018, studies completed, degree conferred: Ph.D.
Programme/field: Advanced Materials and Nanosciences / Advanced Nanotechnologies and Microtechnologies
Doctoral thesis defence: Combined ab initio and experimental study of transition metal oxides | Theses on a related topic
Faculty: Faculty of Science
Year: 2018, studies completed, degree conferred: Ph.D.
Programme/field: Advanced Materials and Nanosciences / Advanced Nanotechnologies and Microtechnologies
Doctoral thesis defence: Combined ab initio and experimental study of transition metal oxides | Theses on a related topic