This bachelor thesis is dedicated to study of interface graphene-on-silicon located on solar cell with graphene layer. The interface was studied by EBIC method and Raman spectroscopy. Solar cells with graphene sheet was fabricated using electron litography, chemical etching and graphene made by CVD method. The thesis describes fabrication of solar cells with graphene layer, method EBIC measured on SEM and analysis of changes graphene-on-silicon interface caused by enlightenment electron beam by Raman spectroscopy. In theorethical part is described p-n junction and Schottky junction of solar cell, graphene and its fabrication, as well as EBIC method fundamentals
This bachelor thesis is focused on growth and characterization of graphene from SiC powder at differ...
This bachelor’s thesis deals with the development and optimization of an atomic source of carbon ato...
Grafen syntezowany był w ultrawysokiej próżni na powierzchni SiC o politypie 4H i orientacji (0001),...
Main focus of this bachelor thesis is on fabrication, characterization and modification of graphene-...
This bachelor thesis deals with fabrication and characterization of Schottky solar cells with graphe...
This bachelor's thesis deals with growth of graphene by molecular beam epitaxy (MBE). The theoretica...
This thesis focuses on the study of graphene application in electronics and technology of preparatio...
This diploma thesis deals with electrical conductivity of a graphene sample, preparation of a graphe...
This bachelor’s thesis is focused on preparation of graphene structures suitable for field effect tr...
This thesis is based on the topic of layered materials, in which different layers interact with each...
This bachelor thesis is dedicated to fabrication of graphite/graphene layers and measurement of thei...
This bachelor thesis deals with electrical conductivity of a graphene sample and preparation of a gr...
The properties of epitaxial graphene on the C-face of SiC are investigated using comprehensive struc...
© 2020 by the authors. Licensee MDPI, Basel, Switzerland. Graphene distinctive electronic and optica...
This bachelor thesis deals with fabrication and characterization of plasmonic nanostructures. Graphe...
This bachelor thesis is focused on growth and characterization of graphene from SiC powder at differ...
This bachelor’s thesis deals with the development and optimization of an atomic source of carbon ato...
Grafen syntezowany był w ultrawysokiej próżni na powierzchni SiC o politypie 4H i orientacji (0001),...
Main focus of this bachelor thesis is on fabrication, characterization and modification of graphene-...
This bachelor thesis deals with fabrication and characterization of Schottky solar cells with graphe...
This bachelor's thesis deals with growth of graphene by molecular beam epitaxy (MBE). The theoretica...
This thesis focuses on the study of graphene application in electronics and technology of preparatio...
This diploma thesis deals with electrical conductivity of a graphene sample, preparation of a graphe...
This bachelor’s thesis is focused on preparation of graphene structures suitable for field effect tr...
This thesis is based on the topic of layered materials, in which different layers interact with each...
This bachelor thesis is dedicated to fabrication of graphite/graphene layers and measurement of thei...
This bachelor thesis deals with electrical conductivity of a graphene sample and preparation of a gr...
The properties of epitaxial graphene on the C-face of SiC are investigated using comprehensive struc...
© 2020 by the authors. Licensee MDPI, Basel, Switzerland. Graphene distinctive electronic and optica...
This bachelor thesis deals with fabrication and characterization of plasmonic nanostructures. Graphe...
This bachelor thesis is focused on growth and characterization of graphene from SiC powder at differ...
This bachelor’s thesis deals with the development and optimization of an atomic source of carbon ato...
Grafen syntezowany był w ultrawysokiej próżni na powierzchni SiC o politypie 4H i orientacji (0001),...