1. Solid-Liquid Interfacial Phenomena | |
| 1.1 Adsorption, wetting in liquid mixtures and non-electrolyte
solutions |
(I.Dékány, Z.Király, F.Berger, I.Regdon) |
| 1.2 Electrified interfaces, constant and variable surface charge,
adsorption and stability in aqueous clay and oxide systems |
(E.Tombácz, M.Szekeres) |
| 1.3 Adsorption of surfactants on clays and oxide surfaces |
(M.Szekeres, I.Dékány, E.Tombácz) |
| 1.4 Characterization of porous and pillared solids: gas and liquid
mixture adsorption, microcalorimetry, XRD and SAXS investigations |
(I.Dékány, Z.Király, F.Berger, L.Turi) |
| 1.5 Surface properties of crude oil reservoir rocks |
(I.Dékány, J.Balázs, Z.Király, F.Berger, L.Turi) |
| |
2. Preparation of nanoparticles and lamellar self-assembled materials |
(I.Dékány, .Patzkó, Z.Király, L.Turi, T.Haraszti) |
3. Rheological investigation of suspensions, emulsions,
microemulsions and gels |
(E.Tombácz, J.Balázs) |
4. Emulsions and Microemulsions |
| 4.1 Characterization and breaking of crude-oil emulsions |
(J.Balázs, .Patzkó) |
| 4.2 Microemulsions for new EOR methods and pharmaceutical
technology |
(J.Balázs, I.Dékány, M.Szekeres) |
| 4.3 Nanoparticles preparation in micellar and microemulsion
systems. |
| |
5. Natural organic materials in aqueous solutions and soils,
solution condition dependent aggregation and colloidal structure |
(E.Tombácz, M.Szekeres, I.Regdon) |
Scope of Research
Introduction