Wykaz publikacji wybranego autora

Alan Wilmański, dr inż.

specjalista

Wydział Inżynierii Materiałowej i Ceramiki
WIMiC-kcmo, Katedra Ceramiki i Materiałów Ogniotrwałych


Identyfikatory Autora

ORCID: brak

ResearcherID: brak

Scopus: brak




1
  • Aluminium oxynitride - titanium nitride composites consolidated by hot pressing and pressureless sintering
2
  • Application of DT-FGTM approach for the development of thermoelectric modules
3
  • Composites based on aluminium oxynitride prepared from SHS-derived powders
4
  • Composites based on aluminium oxynitride reinforced with titanium nitride or titanium carbide inclusions
5
  • Composites in the aluminum oxynitride - $MeN (Me=Ti, Ta, Cr)$ system prepared from SHS-derived powders
6
  • Composites in the aluminum oxynitride - MeN (Me=Ti, Ta, Cr) system prepared from SHS-derived powders
7
  • Composites in the aluminum oxynitride – some 3d metal nitrides systems prepared from SHS-derived powders
8
  • Composites in the aluminum oxynitride-$MeN(Me=Ti, Ta, Nb, Cr)$ systems prepared from SHS-derived powders
9
  • Composites in the Ta-Al-O-N system prepared from SHS-derived powders
10
  • Composites in the $Ta-Al-O-N$ system prepared from SHS-derived powders
11
  • Composites in the $Ti-Al-O-N$ system prepared from SHS derived powders
12
  • Composites in the Ti-Al-O-N system prepared from SHS-derived powders
13
  • Effect of sintering temperature on microstructure and thermoelectric properties of pure and Al-doped n-type ZnO
14
  • Kompozyty $AlON-TiN$ otrzymywane z proszków syntezowanych metodą SHS z różnych prekursorów TiN
15
  • Kompozyty w układzie $Al-Ta-O-N$ otrzymywane z proszków syntezowanych metodą SHS
16
  • Kompozyty w układzie ${Nb-Al-O-N}$ prasowane na gorąco z proszków otrzymywanych metodą SHS
17
  • Otrzymywanie proszków azotku glinu metodą SHS w obecności soli amonowych
18
  • Preparation of $\gamma$–ALON CMC with titanium nitride nanoparticle reinforcement formed in situ using SHS technique
19
  • Sialon-based composites prepared from the aluminiumoxynitride SHS-derived powders
20
  • Sialon-based materials prepared from the aluminium oxynitride SHS-derived powders
21
  • Sialon-based materials prepared from the aluminium oxynitride SHS-derived powders
22
  • Sialon-based refractory materials prepared from the aluminium oxynitride SHS-derived powders
23
  • Strain sensors based on carbon nanotube – polymer coatings
24
  • Subcritical cracks growth of AlON material
25
  • The prediction of lifetime of AION subjected to a long-time loading