- Photoluminiscence Chemosensors Based on Porous Silicon with Polypyrrole Modified Surface2006 | Faculty of Mathematics and Physics
- FLUORESCENCE CHEMOSENSORS FOR GAS PHASE DETECTION BASED ON NAPHTHALIMIDE DERIVATIVESS2016 | Faculty of Science, Faculty of Mathematics and Physics
- Synthesis of Beta-cyclodextrin Derivatives and Surface Functionalization on Nanostructured Silicon for Chemosensors with Enhanced Molecular Recognition Properties2006 | Faculty of Mathematics and Physics
- Optimization of Anodic Etching of Crystalline Silicon for Fabrication of Luminescent Silicon Nanocrystals for Chemosensor Applications2022 | Faculty of Science, Faculty of Mathematics and Physics
- Functionalized materials with fluorescent dyes for chemosensor applications2017 | Faculty of Science, Faculty of Mathematics and Physics
- ELECTROCHEMICAL FUNCTIONALIZATION OF POROUS-SILICON-BASED CHEMOSENSORS WITH POLYPYRROLE2012 | Faculty of Mathematics and Physics
- Aluminium(III) sensing by pyridoxal hydrazone utilising the chelation enhanced fluorescence effect2016 | First Faculty of Medicine
- Versatile fluorophores for bioimaging applications: pi-expanded naphthalimide derivatives with skeletal and appendage diversity2019 | First Faculty of Medicine
- Porous Silicon - A Modern Nanostructured Material2010 | Faculty of Science, Faculty of Mathematics and Physics
- Permethylated 6(I)-alkenoylamino-6(I)-deoxy beta-cyclodextrin derivatives as modifiers of photoluminescence sensor response of porous silicon2007 | Faculty of Science
- Selective recognition of a saccharide-type tumor marker with natural and synthetic ligands: a new trend in cancer diagnosis2010 | First Faculty of Medicine
- Real-time optical and electronic sensing with a beta-amino enone linked, triazine-containing 2D covalent organic framework2019 | Faculty of Science, Central Library of Charles University
- Conjugated microporous polymers based on biphenylene for CO2 adsorption and luminescence detection of nitroaromatic compounds2018 | Faculty of Science
- Attachment of a 1,8-Naphthalimide Moiety to a Conjugated Polythiophene Efficiently Improves the Sensing Abilities of Naphthalimide-Based Materials2019 | Faculty of Science
- Structural Modifications of Nile Red Carbon Monoxide Fluorescent Probe: Sensing Mechanism and Applications2020 | First Faculty of Medicine
