Wykaz publikacji wybranego autora

Kacper Cichy, mgr inż.

doktorant

Faculty of Energy and Fuels
WEiP-kew

Identyfikatory Autora

ORCID: 0000-0002-5770-6974 orcid iD

ResearcherID: U-7406-2017

Scopus: 57201127339

1
  • Capabilities of OSM materials from the group of $Y_{1-x}R_{x}MnO_{3+\delta}$ (R – Yb, Gd, Pr) to effective operation in the air atmosphere
2
  • Efficient oxygen separation from air using manganates RMnO3+d
3
  • E-Moto AGH – układ zasilania motocykla elektrycznego
4
  • Extraordinary oxygen storage performance of the rare-earth-substituted $Y_{1-x}R_{x}MnO_{3 + \delta}$
5
  • Hexagonal rare-earth manganites — from materials development to practical application of oxygen production in temperature swing proces
6
  • Hexagonal $RMNO_{3+\delta}$ for oxygen separation in thermal swing processes
7
  • Influence of the rare-earth radius on reactivity with oxygen in hexogonal $Y_{1-x}R_{x}MnO_{3+\delta}$ oxides
8
  • Ionic transport in $Ln_{2}Ni_{1-y}Cu_{y}O_{4\pm\delta}$ (Ln: selected lanthanides) as derived from first principles calculations
9
  • On the oxidation behavior of hexagonal $Y_{0.95}Pr_{0.05}MnO_{3+\sigma}$ – applicaton of \emph {in situ} X-ray diffractometry in determination of oxygen incorporation mechanism
10
  • Optimizing the copper content in $GdBa_{0.5}Sr_{0.5}Co_{2-X}Cu_{x}O_{5+\delta}$ double perovskites as the high performance oxygen electrodes for reversible solid oxide cells
11
  • Oxygen defect formation and ionic transport in $Nd_{2}CuO_{4} \pm \sigma$ as derived from first principles calculations
12
  • Physicochemical properties of $Nd_{2-x}Ni_{1-y}Cu_{y}O_{4\pm\delta}$ as candidate membrane materials
13
  • Possibility of application of Y1-xRxMnO3+d materials as new cathodes for SOFC
14
  • $Pr_{2-x}Ni_{1-y-z}Cu_{y}Sc_{z}O_{4-\delta}$ oxide membranes for oxygen separation
15
  • Stoichiometry and transport in $La_{2-x}(Ni, Cu, M^{3+})O_{4\pm\delta}$ oxides
16
  • Transport properties of $YMnO3+\delta$ and $Y0.95Pr0.05MnO3+\delta$ in O2- and H2O-containing atmospheres
17
  • Wpływ modyfikacji metody wytwarzania oraz składu związku $YMnO_{3}$ na jego właściwości w zastosowaniu jako materiału magazynującego tlen