Tomasz Kosmala

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Assistant Profesor

University of Wrocław

Poland

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Dr. Tomasz Kosmala is an Assistant Professor at the University of Wrocław, Poland. His research focuses on electrochemical scanning tunneling microscopy, surface science, and the catalytic properties of materials at the atomic level. Recent publications reflect his work on self-assembly of porphyrin molecules, operando studies of electrochemical reactions, and advanced characterization techniques for functional materials.

Recent Grants

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Atomic-scale investigation under in operando conditions of 2D materials for energy storage and conversion

Open Date: 2022-09-01

Close Date: 2025-08-01

Articles (15)

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2020

Collaborators (6)

PAOLO PASTORE

full professor

University of Padova

ITALY

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Francesco Sedona

University of Padova

ITALY

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granozzi gaetano

Full professor

University of Padova

ITALY

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Matthias Batzill

University of South Florida

UNITED STATES

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Alessandra Lorenzetti

University of Padova

ITALY

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STEFANO AGNOLI

Full professor of inorganic chemistry

University of Padova

ITALY

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Tomasz Kosmala

Research Interests

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Contact this professor

About

Recent Grants

Articles (15)

Electrochemical scanning tunnelling microscopy: Concept, experiment, and application to organic layers on electrified surfaces

Unveiling the Interplay between a Au(100) Electrode, Adsorbed TTMAPP Porphyrin Cations, and Iodide Anions: An EC-STM and CV Study

Highly Reproducible Automated Tip Coater for In Situ and Operando EC-STM Measurements

Electrochemical Surface Science: Self-assembly of Porphyrin molecules at single crystal metal electrodes

Catalytic Activity of Defect-Engineered Transition Me tal Dichalcogenides Mapped with Atomic-Scale Precision by Electrochemical Scanning Tunneling Microscopy

Scanning photoelectron spectromicroscopy: From static to operando studies of functional materials

Watching atoms at work during reactions

Atom-by-atom identification of catalytic active sites in operando conditions by quantitative noise detection

Operando visualization of the hydrogen evolution reaction with atomic-scale precision at different metal–graphene interfaces

Sulfur Doping versus Hierarchical Pore Structure: The Dominating Effect on the Fe–N–C Site Density, Activity, and Selectivity in Oxygen Reduction Reaction Electrocatalysis

Highly Graphitized Fe-N-C Electrocatalysts Prepared from Chitosan Hydrogel Frameworks

Effects of the induced micro- and meso-porosity on the single site density and turn over frequency of Fe-N-C carbon electrodes for the oxygen reduction reaction

Interfacial chemistry and electroactivity of black phosphorus decorated with transition metals

Strain Induced Phase Transition of WS2 by Local Dewetting of Au/Mica Film upon Annealing

Upcycling of polyurethane into iron-nitrogen-carbon electrocatalysts active for oxygen reduction reaction

Collaborators (6)

PAOLO PASTORE

Francesco Sedona

granozzi gaetano

Matthias Batzill

Alessandra Lorenzetti

STEFANO AGNOLI

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