Browsing by Subject "nanoindentation"

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  • Effect of Spin Coating Technique on Mechanical Properties of Silicophosphate Thin Film Doped by Neodymium 
    GRABCO, D.; SHIKIMAKA, O.; ELISA, M.; SAVA, B.; BOROICA, L.; HAREA, E.; PYRTSAC, C.; PRISACARU, A.; FERARU, I.; BARBOS, Z.; VREME, Ia. (Tehnica UTM, 2015)
    This work is focused on the effect of spin coating technique on the mechanical properties of silicophosphate (SP) thin films belonging to system SiO2-P2O5-Nd2O3. The thin films have been obtained by spin coating technique ...
  • Nanoindentation of ZnSnO/Si thin films prepared by aerosol spray pyrolysis 
    MORARI, V.; PYRTSAC, C.; CURMEI, N.; GRABCO, D.; RUSU, E. V.; URSACHI, V. V.; TIGINYANU, I. M. (Publishing House of the Romanian Academy, 2021)
    Thin ZnSnO films with different thickness deposited on Si substrates by aerosol spray pyrolysis were investigated by scanning electron microscopy (SEM), energy dispersive X-ray analysis (EDX), X-ray diffraction (XRD), ...
  • The plasticity index of the /soft-film/soft-substrate/ coated systems 
    PYRTSAC, Constantin; GRABCO, Daria (Tehnica UTM, 2019)
    The advanced devices from the last years contain thin films deposited on substrates of materials with different properties, thus forming coated systems (CS) of film/substrate type. Scientists, as well as engineering staff ...
  • Relaxation Parameters of Cu/substrate Type Coated Systems Under Nanoindentation 
    GRABCO, D.; PYRTSAC, C.; SHIKIMAKA, O. (Springer, Cham, 2022)
    In this work, we studied the relaxation parameters, he-p and hres, of three composite structures Cu/LiF, Cu/MgO, and Cu/Si, which have different types of a chemical bond between the substrates (ionic (LiF), ionic-covalent ...
  • Relaxation Parameters of Cu/substrate Type Coated Systems under Nanoindentation 
    GRABCO, D.; PYRTSAC, C.; SHIKIMAKA, O. (Universitatea Tehnică a Moldovei, 2021)
    In this work, we studied the relaxation parameters, he-p and hres, of three composite structures Cu/LiF, Cu/MgO, and Cu/Si, which have different types of a chemical bond between the substrates (ionic (LiF), ionic-covalent ...

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