Project No. 142034G
Title: Finely Dispersed Systems: Micro-, Nano-, Atto-Engineering
Period: 2006-2010
Financed by: REPUBLIC of SERBIA – Ministry of Science, R&D, Belgrade
Institutions – Realization Participants:
1. Institute for Technology of Nuclear and Other Mineral Raw Materials (ITNMRM), Belgrade;
2. Institute of Plants and Environmental Protection (IPEP), Belgrade, up to 31.06.2008; Institute of Multidisciplinary Research (IMR), Belgrade, since 01.07.2008;
3. Faculty of Mechanical Engineering (FME), Belgrade;
4. Faculty of Technology and Metallurgy (FTM), Belgrade;
5. Faculty of Technical Sciemces (FTS), Kosovska Mitrovica;
6. Institute of Materials Characterization Serbia (IMCS), Belgrade, up to 31.06.2008.
Leader: Aleksandar M. Spasic, Principal Research Fellow
Summary:
As a result of the previous R&D and recent scientific work from this project several useful issues came out, e.g. a new classification of finely dispersed systems, a new constitutive model of liquids and a theory of electroviscoelasticity. Considering a new classification of finely dispersed systems some of the implications and/or applications of, both, developed models and theory may be presented as the first and the second philosophical breakpoints.
The first philosophical breakpoint
A theory of electroviscoelasticity using fractional approach constitutes a new interdisciplinary approach to colloid and interface science. Hence, 1-more degrees of freedom are in the model, 2-memory storage considerations and hereditary properties are included in the model, and 3-history impact to the present and future is in the game!
This theory and models discussed may facilitate the understanding of e.g. entrainment problems in solvent extraction, very developed interfaces in colloid and interface science, chemical and biological sensors, electro-analytical methods, biology/biomedicine (hematology, genetics, electroneurophysiology).
Furthermore, both, the model and theory may be implemented in studies of structure; interface barriers/symmetries – surface (bilipid membrane cells, free bubbles of surfactants, Langmuir Blodget films), - line (genes, liquid crystals, microtubules), - point (fullerenes, micro-emulsions) and – overall (dry foams, polymer elastic and rigid foams).
The second philosophical breakpoint
Also, the further evaluation of the idea related to the entity understood as an energetic ellipsoid, based on the model of electron following Maxwell-Dirac Isomorphism MDI, seems to be sensible. Such approach and consequent knowledge may bi implemented in the studies of, e.g. ionics, spintronics, fractional-quantum Hall effect-fluids, decoherence sensitivity, quantum computation, entities/quantum particles entanglement.
Researchers-RealizationParticipants:
1. Aleksandar M. Spasic, Principal Research Fellow, ITNMRM, B
2. Predrag Jovanic, Principal Research Fellow, IPEP, B/IMR, B
3. Mihailo P. Lazarevic, Proffesor, FME, B
4. Dimitrije N. Krstic, Associte ProffesorTMF, B
5. Slobodan M. Zdravkovic, Assistant Priffesor, FTS, KM
6. Verica M. Laninovic, Assistant, IMCS, B