PROJECT DESCRIPTION
This multidisciplinary research project offers possibilities for a variety of attractive applications. The planned fundamental research aim at understanding the mechanisms of self-organization of molecules in selected nonlinear physicochemical, chemical and biochemical systems under conditions far from equilibrium. It is known that such complex systems under nonequilibrium conditions can spontaneously self-organize in the spatio-temporal structures, such as multistable states, oscillations and chaos. Applicative challenges of the project will concern the use of nonequlibrium state to design analytical methods with lower detection limits, higher catalyst activitity and/or selectivity and other materials with improved properties, as well as to increase the efficiency of the process for obtaining alternative fuels, new types of hydrogels applicable in pharmacy, medicine, and agrochemistry, new types of resins, synthetic clay, coal, etc. |
PROJECT DURATION
From: 01.01.2011. To: 01.12.2014.
PARTNERS
►Faculty of Physical Chemistry, University of Belgrade
PARTICIPANTS
| No. | Participant | Institution |
|---|---|---|
| 1. | Dr Ljiljana Kolar-Anić, full professor | Faculty of Physical Chemistry, University of Belgrade |
| 2. | , | IMSI, University of Belgrade |
| 3. | Dr Slobodan Anić, associate professor | Faculty of Physical Chemistry, University of Belgrade |
| 4. | Dr Dragomir Stanisavljev, associate professor | Faculty of Physical Chemistry, University of Belgrade |
| 5. | Dr Borivoj Adnađević, full professor | Faculty of Physical Chemistry, University of Belgrade |
| 6. | Dr Dragica Minić, full professor | Faculty of Physical Chemistry, University of Belgrade |
| 7. | & others. |
