Recently completed diploma theses

Supervisor: Prof. Janina Molenda

  1. 2020/2021 Effect of magnesium content on structural and electrochemical properties of Na0,67MgxMn1-xO2 (0 ≤ x ≤ 0,2) – environmentally friendly cathode material for Na-ion cells
  2. 2020/2021 Effect of lithium content on structural and electrochemical properties of Na0,67LixMn1-xO2 (0 ≤ x ≤ 0,2) – environmentally friendly cathode material for Na-ion cells

Supervisor: Prof. Konrad Świerczek

  1. 2021/2022 Surface modification of high nickel layered oxides using the sol-gel technique to improve the performance parameters of the cathode of Li-ion cells
  2. 2021/2022 Construction and tests of ceramic reversible cells with an air electrode based on copper-containing oxides with a perovskite-type structure
  3. 2021/2022 Composite ceramic membranes based on nickel and copper oxides with a functional layer for air oxygen separation technology
  4. 2021/2022 Recovery of secondary raw materials from used Li-ion battery packs

Supervisor: Dr Andrzej Budziak, Assoc. Prof.

  1. 2021/2022 Analysis of the possibility of using a Raman spectrometer to study the physicochemical properties of materials capable of accumulating hydrogen.

Supervisor: Dr Wojciech Zając, Assoc. prof.

  1. 2022/2023 Application of graphene as a charge exchange mediator between metallic sodium and electrolyte in cells with ceramic solid electrolyte
  2. 2022/2023 Application of the impregnation method to improve the properties of the electrode-electrolyte junction in sodium cells with solid electrolyte
  3. 2021/2022 Analysis of the influence of temperature on the process of dendrite growth in ceramic solid electrolytes for sodium cells with a metallic anode
  4. 2021/2022 Research on the effect of surface modification of NMC and NCA high-nickel cathode materials for Li-ion cells on their electrical conductivity and lithium chemical diffusion coefficient
  5. 2021/2022 Optimization of the solid electrolyte synthesis procedure for Na-ion cells
  6. 2021/2022 Control of the wettability of solid electrolytes by metallic sodium as a method to improve the operating parameters of sodium cells with solid electrolyte
  7. 2021/2022 Modification of the anode/electrolyte junction in sodium cells with a metallic anode and solid electrolyte towards applications in electric vehicles
  8. 2020/2021 The influence of the Prussian blue production method on its properties as a cathode material for Na-ion cells.

Promotor: Supervisor: Dr eng. Andrzej Kulka

  1. 2021/2022 Optimization of Mn content in Li-rich NMC cathode materials for Li-ion batteries
  2. 2020/2021 Study of electrochemical and transport properties of MoX anode materials for Na-ion batteries.

Supervisor: Dr eng. Katarzyna Walczak

  1. 2021/2022 Development of a synthesis method and determination of the structural, transport and electrochemical properties of NaxMn0.25Fe0.25Co0.25Ni0.25O2 - cathode material for Na-ion cells