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JORGE EDWIN LINARES GÁLVEZ

JORGE EDWIN LINARES GÁLVEZ

JORGE EDWIN LINARES GÁLVEZ

Licenciado en Física
DOCENTE ORDINARIO - PRINCIPAL
Tiempo parcial por asignaturas (TPA)
Departamento Académico de Ciencias - Sección Física

Publicaciones

Se encontraron 28 publicaciones

ANELE, A.; HAMAM, Y.; Chassagne, L.; LINARES, J. E.; Alayli, Y.; DJOUANI, K.(2015). Computation of the mutual inductance between air-cored coils of wireless Power Transformer. JOURNAL OF PHYSICS: CONFERENCE SERIES. Volumen: 633. (pp. 1 - 6).
Chiruta, D.; Jureschi, C.; LINARES, J. E.; Nasser, J.; Rotaru, A.(2015). -Analysis of spin crossover nanochains using parabolic approximation in the framework of Atom-phonon coupling model. Physica B: Condensed Matter. Volumen: 476. (pp. 61 - 70).
Chiruta, D.; LINARES, J. E.; Dahoo, P. R.; Dimian, M.(2015). Analysis of hysteretic spin transition and size effet in 3D spin crossover compounds investigated by Monte Carlo Entropic sampling technique in the framework of the Ising-type model. JOURNAL OF PHYSICS: CONFERENCE SERIES. Volumen: 585-012004. (pp. 1 - 11).
Chiruta, D.; Jureschi, C.; LINARES, J. E.; Graur, A.; Dimian, M.; Rotaru, A.(2014). Analysis of Architecture Effect on Hysteretic Behavior of 3-D Spin Crossover Nanostructures. IEEE TRANSACTIONS ON MAGNETICS. Volumen: 50-11-2900404. (pp. 1 - 4).
CHIRUTA, D.; LINARES, J. E.; GARCIA, Y.; Dimian, M.; Dahoo, P. R.(2014). Analysis of multi-step transitions in spin crossover nanochains. Physica B: Condensed Matter. Volumen: 434. (pp. 134 - 138).
Gudyma, I.; Ivashko, V.; LINARES, J. E.(2014). Diffusionless phase transition with two order parameters in spin-crossover solids. Journal of applied physics. Volumen: 116. (pp. 1735091 - 1735097).
Chiruta, D.; LINARES, J. E.; Dahoo, P.; Dimian, M.(2014). Influence of pressure and interactions strength on hysteretic behavior in two-dimensional polymeric spin crossover compounds. Physica B: Condensed Matter. Volumen: 435. (pp. 76 - 79).
Chiruta, D.; Jureschi, C.; LINARES, J. E.; Garcia, Y.(2014). Lattice architecture effect on cooperativity of spin transition coordination polymers. Journal of applied physics. Volumen: &&(. (pp. 535231 - 535236).