Facultatea de Fizică şi Inginerie / Faculty of Physics and Engineering
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Item Cinetica tranziţiilor de fază dirijată cu parametrii de control [Articol](CEP USM, 2013-09-26) Gubceac, Ghenadii; Șveț, Aliona; Paladi, FlorentinItem Simularea sistemelor fizice complexe în baza modelelor ABM [Articol](CEP USM, 2013-09-26) Guţu, Roman; Căpăţână, Gheorghe; Paladi, FlorentinItem Monitorizarea proceselor de dezvoltare a plantelor prin măsurări ale spectrelor optice [Articol](CEP USM, 2020) Sprincean, Veaceslav; Caraman, Mihail; Chiriţa, Arcadii; Paladi, FlorentinItem Cercetarea spectrelor de reflectanța a microobiectelor biologice la distanța [Articol](CEP USM, 2020) Chiriţa, Arcadii; Caraman, Mihail; Sprincean, Veaceslav; Paladi, FlorentinItem Contribuții la studiul stabilității stărilor de echilibru ale sistemelor dinamice complexe [Articol](CEP USM, 2020) Barsuc, Alexandr; Paladi, FlorentinItem Modelarea dinamicii de tranziție prin intermediul fluctuațiilor termice [Articol](CEP USM, 2020) Paladi, Florentin; Barsuc, AlexandrItem Tranziţii de fază de ordinul întâi: de la modelarea microscopică ABM la modele macroscopice parametrice [Articol](CEP USM, 2014) Gubceac, Ghenadii; Paladi, FlorentinItem Şcoala doctorală – element-cheie în organizarea ştiinţei moderne [Articol](Academia de Ştiinţe a Moldovei, 2011) Paladi, FlorentinItem UVS in monitoring of environmental factors [Articol](IEEE, 2020) Sprincean, Veaceslav; Paladi, Adrian; Bulimaga, Tatiana; Paladi, FlorentinAdvanced physical technologies developed in the research laboratories of the Moldova State University (MSU) are used in the monitoring of environmental factors with the application of UVS (Unmanned Vehicle Systems). The aim of this research is development of an integrated mobile system for the exact monitoring and computational modeling of environmental factors. This paper deals with the first advisable stage related to a drone-dedicated system for the observation and support of the air analysis for pollution, chemical and radiological contaminations. The exact data can then be used in modeling of the impact of biotic and abiotic factors during the real-time environmental monitoring processItem Vibronic Interaction in Tetrameric Clusters with Two-Electron Transfer: Magnetic Properties [Articol](American Scientific Publishers, 2009) Boldyrev, S. I.; Paladi, FlorentinThe influence of vibronic interactions on the magnetic properties of the tetrameric square-planar mixed-valence d0-d0-d1-d1 cluster with two-electron transfer is investigated. The dynamic vibronic problem has been solved taking into account the Heisenberg and double exchange. It was shown that the double exchange and vibronic coupling leads to two types of pseudo-Jahn-Teller problems: (1An1+1Ad1+1B1+1B2+1E) ⊗ (b2+e) and (3B2+3A2+3En+3Ed) ⊗ (b2+e). The dependence of magnetic properties on vibronic interaction was studied. All peculiarities of magnetic moments take place in the case of intermediate vibronic coupling. The results show that the vibronic interaction essentially affects the magnetic properties of the system, such as for the tetrameric tetrahedral cluster with one extra electron.