Doctoral Schools WUT

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Research Areas:

# Research Area Scientific discipline
221
- Bioavailability investigation of selected nanoparticles (NPs) - Investigation of nanoparticles (NPs) metabolism in edible plants - New extraction methods of nanoparticles from plant tissue and food - ionic liquids, NADES More
Chemical-Sciences
222
Hyphenated Techniques in the examination of skin penetration by metals species from cosmetics More
Chemical-Sciences
223
Electrolytes for galvanic cells – design, synthesis and investigation of electrolytes for lithium, lithium-ion (Li-ion) and beyond-lithium-ion cells (sodium-ion (Na-ion), lithium-sulfur, etc.), with particular focus on design and application of new/proprietary lithium salts and functional additives… More
Chemical-Sciences
224
Chemistry of weakly-coordinating anions – synthesis of alkali metal salts and ionic liquids containing weakly-coordinating anions, design of new synthesis routes, optimization and upscaling of syntheses, design and modeling of new compounds/moieties, development of new weakly-coordinating anions fo… More
Chemical-Sciences
225
Ionic liquids in reference electrodes for biomedical measurements One sample that can be used for non-invasive biomedical measurements is sweat. So-called ""electronic tattoos"" have been proposed for continuous measurement of sweat. They are non-invasive analytical devices with sensors placed on t… More
Chemical-Sciences
226
Transducing layers for anion-selective electrodes with polymer membranes The aim of the proposed research is to investigate the possibility of improving the analytical parameters of miniaturized ion-selective electrodes for selected anions through the use of various types of transducing layers. … More
Chemical-Sciences
227
The research area covers developing a structural approach based on extensive single-crystal X-ray diffraction studies as a tool for designing and evaluating novel electrolyte systems. The method involves crystallization experiments of several solvates of selected heterocyclic salts and their crysta… More
Chemical-Sciences
228
Smart systems for hydrogen economy and distributed, prosument and renewable energetic systems utilizing electrochemical energy stores and fuel cells of various design and functionality. Machine learning tools focused on automated diagnostic of industrial electrochemical components. Development of e… More
Chemical-Sciences
229
Novel materials for hydrogen economy and renewable energy systems. Chemistry, physical chemistry and electrochemistry of functional materials such as electrolytes for water electrolysis, galvanic and fuel cells, electrode materials, materials for micro and optoelectronics. Scope covers molecular en… More
Chemical-Sciences
230
Obtaining, characterizing and optimizing the production of fusion polymerases enabling the effective implementation of the genetic material amplification reaction directly in clinical samples in a much faster manner than the counterparts available on the market. More
Chemical-Sciences
231
My team is involved in research on Phase Change Materials (PCM). PCM are substances or mixtures which, as a result of phase transitions (solid – liquid, solid – solid, vapor-liquid) maintain a constant temperature while they take or give away the so-called latent heat. PCMs can have different appli… More
Chemical-Sciences
232
As part of my scientific research, the desulfurization of fuels using Ionic Liquids, ILs and Deep Eutectic Solvents, DES is my challenge. Deep desulfurization of liquid fuels is an important and difficult problem in the global refining industry and is a challenge for many scientific laboratories a… More
Chemical-Sciences
233
Recently, a new generation of compounds – Ionic liquids (ILs) – has been of particular interest from the point of view of applied research. They are defined as compounds that have a melting point below 100oC. Ionic liquids are made up of a large organic, often asymmetrical cation and a smaller org… More
Chemical-Sciences
234
Energy storage (lithium - ion, sodium-ion etc.), renewable energy, electro mobility, sustainable-energy More
Chemical-Sciences
235
Design and synthesis of organic compounds - receptors of the selected ions, ie. cations or anions of interest from the environmental protection-point of view. So for this purpose, the newly synthesized derivatives will bear analyte-binding structural motifs (amide group, azole moiety - 1,2,3-triazl… More
Chemical-Sciences
236
Design and synthesis of novel organic compounds, potential anticancer agents with special regard to mutual prodrugs. A mutual prodrug is the association in a unique molecule of two, usually synergistic, drugs attached to each other, one drug being the carrier for the other and vice versa. (C. G. W… More
Chemical-Sciences
237
Synthesis, studies on properties and application of nanoparticles in the construction of biotests and biosensors - the research will involve synthesizing hybrid nanoparticles with the desired magnetic, optical and catalytic properties, which after surface modification with selected receptors (antib… More
Chemical-Sciences
238
Studies on interactions of clinically significant analytes with the receptor layers using label-free analytical techniques - the research will be focused on investigations of new receptors enabling the development of biosensors and biotests for the detection or determination of clinically relevant … More
Chemical-Sciences
239
Synthesis and application of nanoparticles in therapies - as part of the research, nanoparticles with the desired optical, magnetic and catalytic properties, which can be used in anti-cancer therapies through the ability to generate heat under the influence of infrared radiation, the applied magnet… More
Chemical-Sciences
240
The area of scientific research concerns the search for new systems of ionic liquids in terms of the possibility of application in absorption refrigeration technology. The main objective of the work is the thermodynamic and physicochemical characterization of pure ionic liquids as absorbents and th… More
Chemical-Sciences