• Bose-Einstein condensation in the two-component non-linear exciton gas 

  MOSKALENKO, S. A.; BOBRYSHEVA, A. I.; RUSSU, S. S.; BALTAGA, V. V.; LELYAKOV, A. V. (IOP Publishing, 1985)

  The statistical properties of non-linear two-component ortho-para exciton gas are considered, employing the Bogoliubov variational principle and the mean-field approximation. The exciton concentrations are determined from ...
• Anticipated synchronization of semiconductor lasers with passive dispersive reflectors 

  CIOBANU, Nellu; RUSU, Spiridon; TRONCIU, Vasile (Editura Academiei Romane, 2017)

  We explore a new model for anticipated synchronization of distributed feedback lasers with passive dispersive reflectors. The influence of device parameters on the anticipated synchronization is discussed. The conditions ...
• A Full Single-Quantum Radiative Recombination of Biexcitons Due to Exciton—Biexciton Interaction 

  PETRASHKU, K. G.; RUSSU, S. S.; KHADZHI, P. I. (John Wiley & Sons, Inc., 1980)

  The single-quantum annihilation process of the biexciton as a whole at the inelastic collision of the biexciton with an exciton is studied. Analytic expressions for the spectral and temperature dependence of the transition ...
• Study of piezoelectrycity in structures based on nanofibrous ZnO layers and polysilane 

  GHIMPU, L.; COJOCARU, V.; SOROCEANU, M.; SACARESCU, L.; KATASHEV, A.; HARABAGIU, V.; TIGINYANU, I. (IEEE, 2012)

  Zinc oxide films were deposited by method rf magnetron sputtering in a mixed environment of oxygen and argon on two types of substrates, glass and silicon substrates with different orientations, by varying the deposition ...
• Signals evaluation of a chaotic generator-based sensor for environment conductometric measurements 

  COJOCARU, Victor (IEEE, 2015)

  We describe the evaluation of a new conductometric and impedancemetric sensor based on nonlinear dynamics in the determination of the water pollution with salts at very low concentrations. The sensor is based on the change ...

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