IRTUM – Institutional Repository of the Technical University of Moldova

Browsing Articole din publicaţii internaţionale by Subject "magnetic materials"

Browsing Articole din publicaţii internaţionale by Subject "magnetic materials"

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  • Low-temperature magnetic and thermal properties of CePd2In in magnetic fields 
    MOCK, S.; PIETRUS, T.; SIDORENKO, A.; VOLLMER, R.; LÖHNEYSEN, H. v. (Springer Nature Switzerland, 1996)
    A detailed study of the low-temperature magnetization M and specific heat C of CePd2In is reported. For B ≈ 0, M and C show maxima at TN≈ 1.25 K indicating an antiferromagnetic phase transition as observed previously. In ...
  • Magnetic properties of microwires and filiform nanostructures with elongated magnetic inclusions 
    ALEINICOV, E.; IOISHER, A.; MAKHNOVSKIY, D.; POSTOLACHE, V.; TIGINYANU, I.; URSAKI, V. (Springer Nature Switzerland, 2016)
    We developed technological procedures for preparation of filiform nanostructures (FNSs) on the basis of stretching microwires with magnetic material cores. It is shown that disruptions of the microwire core occur for these ...
  • Preparation, structure and selected properties of new Co(II) crystalline solids 
    CHISCA, Diana; CROITOR, Lilia; COROPCEANU, Eduard B.; BACA, Svetlana G.; LEUSEN van, Jan; KÖGERLER, Paul; BOUROSH, Polina; KRAVTSOV, Victor Ch.; GRABCO, Daria; PYRTSAC, Constantin; FONARI, Marina S. (Institutul de Chimie al AŞM, 2014)
    Nowadays the Co(II)-based coordination networks function as effective heterogeneous and reusable catalysts, are discussed as prototypes of future magnetic materials and effective biodegradable drug carriers. Solvatochromism ...
  • Shallow p-n junctions formed in silicon using pulsed photon annealing 
    ŞIŞIANU, S. T.; ŞIŞIANU, T. S.; RAILEAN, S. K. (Springer Nature Switzerland, 2002)
    Shallow and ultrashallow p-n junctions were formed in Si by stimulated diffusion of P from phosphosilicate glass and B from borosilicate glass under pulsed photon annealing. Electrical, photoelectric, and optical properties ...

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