- Titulinis
- Doktorantūra
- Chemijos krypties temos
Chemijos krypties temos
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Chemija N 003 |
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1. |
N 003 |
Aldona Balčiūnaitė |
Netauriųjų metalų elektrokatalizatoriai vandens skaidymo ir vandenilio gamybos procesams |
Non-precious metal electrocatalysts for water splitting and hydrogen production |
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2. |
N 003 |
Steigvilė Byčenkienė |
Aplinkos ore esančių mikroplastiko dalelių dinamikos tyrimai |
Investigation of the dynamics of airborne microplastic particles |
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3. |
N 003 |
Audrius Drabavičius |
Germanio sulfido ploni sluoksniai žemos įtampos fotojutikliams |
Germanium sulfide thin films for low-voltage photosensors |
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4. |
N 003 |
Asta Grigucevičienė |
Influence of surface modification on the mechanical properties and biodegradation of magnesium alloys in biological environments |
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5. |
N 003 |
Putinas Kalinauskas |
Aukšto efektyvumo CuBi₂O₄ pagrindu fotokatodų, skirtų vandenilio gavybai sūkurimas |
Development of high-efficiency CuBi₂O₄-based photocathodes for hydrogen evolution |
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6. |
N 003 |
Virginija Kepenienė |
Influence of catalyst supports on the activity of electrocatalytic materials for fuel cell oxidation and reduction reactions |
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7. |
N 003 |
Ramūnas Levinas |
Synthesis, modification, characterization, and application of transition metal oxides for photoelectrochemical processes |
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8. |
N 003 |
Rasa Pauliukaitė |
(Bio)jutiklių kūrimas bioelektrocheminiams tyrimams odontologijoje |
Development of (bio)sensors for bioelectrochemical investigations in odontology |
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9. |
N 003 |
Rasa Pauliukaitė |
Investigation of new materials for electrochemical sensing |
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10. |
N 003 |
Urtė Prentice |
Integration of quantum materials in molecularly imprinted polymers for functionalization of advanced selective sensors |
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11. |
N 003 |
Urtė Prentice |
Investigation of the technological reliability and operational stability of molecularly imprinted polymer sensor materials under real environmental conditions |
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12. |
N 003 |
Arūnas Ramanavičius |
Formation and application of conducting polymer based layers |
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13. |
N 003 |
Simonas Ramanavičius |
Naujoviškų katalizinių nanomedžiagų formavimas taikymams fotoelektrokatalizėje |
Development of novel catalytic nanomaterials for applications in photoelectrocatalysis |
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14. |
N 003 |
Vilma Ratautaitė |
Non-specific interaction in a molecularly imprinted polymer |
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15. |
N 003 |
Arūnas Stirkė |
Impulsinio elektrinio lauko panaudojimas šalutinių maisto produktų vertės didinime |
Pulsed Electric Field‑Assisted Valorization of Food Byproducts |
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16. |
N 003 |
Antanas Strakšys |
Synthesis and study of photoactive hydrogels |
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17. |
N 003 |
Martynas Talaikis |
UV-SERRS substratų kūrimas ir taikymas mažos molekulinės masės biomolekulių analizei |
Development and application of UV-SERRS substrates for low-molecular-weight biomolecule analysis |
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18. |
N 003 |
Martynas Talaikis |
s100 baltymų sukeliamų neuroninių membranų pažaidų tyrimas virpesinės spektroskopijos metodais |
Investigation of s100 protein-induced neuronal membrane disruption via vibrational spectroscopic techniques |
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19. |
N 003 |
Loreta Tamašauskaitė-Tamašiūnaitė |
Naujos medžiagos metalo-oro baterijoms: sintezė, charakterizavimas ir savybės |
Novel materials for metal-air batteries: synthesis, characterization, and properties |
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20. |
N 003 |
Ieva Uogintė |
Mikroplastiko dalelių pernašos analizė urbanizuotoje aplinkoje |
Analysis of microplastic particle transport pathways in urban environments |
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21. |
N 003 |
Aušra Valiūnienė |
Study of the Photoelectrochemical Properties of Phospholipid Bilayer Membranes Formed on Semiconductor Surfaces |
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22. |
N 003 |
Linas Vilčiauskas |
The search, characterization, and optimization of novel compatible electrolyte/electrode systems for the next generation Li-, Na- and Zn-ion batteries |
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23. |
N 003 |
Povilas Virbickas |
Development and application of biofouling-resistant electrodes in biofuel cells and biosensors |
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24. |
N 003 |
Rokas Žalnėravičius |
Fabrication and characterization of disposable porous electrodes for detection of medically relevant biomarkers. |
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25. |
N 003 |
Šarūnas Žukauskas |
Application of conductive polymers for drug delivery systems |
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