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The exact location of the posters will be indicated at the conference. Posters should be exhibited during the appropriate poster session.

They can be fixed with self-adhesive tape or drawing pins onto poster panels which will be available. Recommended poster size is 100 cm high x 100 cm wide. Use letters and drawings that can be read from 100 cm distance.

 

POSTER SESSIONS

   

June 30 

Poster session 1.

1.1.

V.Moraru, N.Lebovka, L.Kobylinskaya

SPECIFIC EFFECT OF COUNTERIONS ON THE STRUCTURE OF THE OXIDIZED GRAPHITE / ELECTROLYTE INTERFACE.

F.D.Ovcharenko Institute of Biocolloidal Chemistry, Ukraine

.

1.2.

V.V.Pelekha, E.A.Amelinaa, A.M.Parfenovaa, N.I.Ivanovaa, E.D.Shchukina,b,c  

The role of surface forces in interactions between individual fibers of cellulose and its derivatives 

aDepartment of Chemistry, Moscow State University Russia.

bInstitute of Physical Chemistry, Russian Academy of Sciences, Moscow,Russia

cJohn Hopkins University, Baltimore USA

.

1.3.

H. J. Keh, C. H. Huang

CREEPING MOTION OF AN ARBITRARY  AXISYMMETRIC  PARTICLE WITH A SLIP SURFACE

National Taiwan University, Taiwan, ROC

.

1.4.

V.I.Roldughina , V.M.Zhdanovb

EFFECT OF SURFACE FORCES ON FLOWS OF NON-EQUILIBRIUM GASES AND GAS MIXTURE IN NANOSIZE CAPILLARIES

aInstitute of Physical Chemistry, Russian Academy of Science, Russia

bMoscow Engineering Physics Institute, Russia

.

1.5. 

V. Moraru, N. Lebovka, L. Kobylinskaya

SPECIFIC EFFECT OF COUNTERIONS ON THE STRUCTURE OF THE OXIDIZED GRAPHITE / ELECTROLYTE INTERFACE

F. D. Ovcharenko Institute of Biocolloidal Chemistry, National Academy of Sciences of Ukraine, Ukraine

1.6.

.S. Novikov, S. Timoshenkov

MEASUREMENT OF A CONTACT POTENTIAL DIFFERENCE OF METAL SURFACES BY AN IONIZATION METHOD

Moscow Institute of Electronic Engineering, Russia

.

1.7. 

S. Novikov, S. Timoshenkov

LONG-RANGE ELECTROSTATIC FORСES ON THE SURFACES OF ALUMINIUM OXIDE AND SILICA OXIDE

Moscow Institute of Electronic Engineering, Russia  

.

1.8.

E. Kirsanov, Y. Timoshin

INTERPARTICLE ATTRACTIVE FORCE IN MODIFIED CASSON MODEL

Ordnance University, Department of physics and mechanics, Russia  

.

1.9.

.O.V.Semashkoa, E.N.Brodskayab 

MODELING  OF WATER ADSORPTION IN  GRAPHITE MICROCAPILLARIES

aInstitute of Chemistry, St.-Petersburg State University, Russia
bDepartment of Chemistry, St.-Petersburg State University, Russia
 

.

1.10.

A. Zhukov, I. Fedorova

ZETA-POTENTIAL OF SOLID PARTICLES IN NON-AQUEOUS MEDIA

St.Petersburg State University, Russia

1.11.

.E. E. Bibik

MODEL OF A DENSE PART OF A DOUBLE LAYER AND STABILITY OF COLLOIDS

St. Petersburg Technological Institute, Russia

.

1.12.

V.A. Kirsch

CALCULATION  OF  THE  DISPERSION  FORCE ACTING  BETWEEN  A  SPHERE  AND  A  CYLINDER

Institute of Physical Chemistry of Russian Academy of Sciences, Russia

.

1.13. 

G.L. Dvornichenko, V.P.Pochivalov

TWO-LAYERED METAL-POLYMER ELECTRO INSULATING POLYMERIC COATINGS

Research and Engineering Company ‘Phores’, Ukraine

.

1.14.

V.M.Samsonov, A.A.Rumyantsev

INVESTIGATION OF THE DISJOING PRESSURE IN SURFACE LAYERS OF LIQUIDS

Tver State University, Russia  

.

June 30  

Poster session 2.  

2.1. 

S.C.Biswas1, 2, D.Marion1, M.Ponchet1  and  J.P.Blein1

A  Langmuir Monolayer Study on the Interaction Between Sterols and Cryptogein at the Air-Water Interface

1Instutut National de la Recherche Agronomique, France.

2Oregon Health & Science University, USA

.

2.2. 

S.A.Bogdanovaa, O.R.Shashkinaa, O.V.Stoyanova, G.P.Belovb, I.A.Starostina

Wetting of polyolefine low-energy surfaces with nonionic SURFACTANTS and water solutions thereof

aKazan State Technological University, Russia

bInstitute of Chemical Physics problems of Russian Academy of Science, Russia  

.

2.3.

A. Bonchenko, V. Dmitriyev

ANALYSIS OF LOCAL STRESSES FIELDS IN INTERPHASE ZONES OF HETEROGENEOUS SYSTEMS

Moscow State Open University, Russia

.

2.4. 

A.Yu.Popovskii, V.I.Mikhailenko, Yu.M Popovskii, A.A.Kuznetsova

SPECTRAL CHARACTERISTICS OF THIN WALL-ADJACENT LAYERS OF NITROBENZENE AND ANYSOLE

Odessa State Maritime Academy, Odessa, Ukraine  

.

2.5. 

M.S.Metsik, L.A.Shcherbachenko, T.I.Shishelova

PARTICIPATION OF BOUNDARY WATER FILMS IN SOME TECHNOLOGIES AND LIVING ORGANISMES

Irkutsk University, Russia 

.

2.6.

S.A.Bogdanova, A.O.Ebel, M.V.Slobozhaninova, W.P.Barabanov

KINETICS AND THERMODYNAMICS OF BOUNDARY LAYER FORMATION FOR POLYESTERS IN THE PRESENCE OF NONIONIC SURFACTANTS

Kazan State Technological University, Russia

.

2.7.  

E.A.Streltsova, O.V.Voluvach, O.G.Muntyan

NTERMOLECULAR INTERACTION OF SURFACTANTS IN MIXED SURFACE LAYERSI

I.I.Mechnikov Odessa National University, Ukraine  

.

2.8.

V.Levchenkoa ,V.Matveenkoa ,I.Buyanovskyb,Z.Ignatievab

SOME PECULIARITIES OF BOUNDARY LUBRICATING LAYERS FORMATION ON RUBBING SURFACES-ORIENTERS

aMoscow State University, Russia

bMechanical Engineering Research Institute, Russia  

.

2.9.

E.E.Gorodetsky, E.S.Pikina, and V.E.Podneks

STEP-BY-STEP THINNING OF FREE-STANDING SMECTIC A FILMS WITHIN DE GENNES MODEL OF PRESMECTIC LIQUID

Oil & Gas Research Institute of the Russian Academy of Sciences, Russia

.

2.10.

E.S.Pikina and V.E.Podneks

SIMPLE INTERFACIAL MODEL OF SURFACE-INDUCED SMECTIC LAYERING IN LIQUID CRYSTALS

Oil & Gas Research Institute of the Russian Academy of Sciences, Russia

.

July 1

Poster session 3.  

3.1.

T.A.Alexeevaa, N.I.Lebovkab, S.V.Mikhalovskyc

NMR STUDIES OF NON-FREEZING WATER IN THE CARBON ADSORBENT MODIFIED BY PROTEINS

aInstitute of Physics, Ukraine ,bInstitute of Biocolloid Chemistry, Ukraine,

cSchool of Pharmacy & Biomolecular Sciences, University of Brighton, , UK  

.

3.2.

S.Barany, J.Gregory and I.Solomentseva

ELECTROKINETIC POTENTIAL AND AGGREGATION OF BASIC ALUMINIUM SALTS HYDROLYSIS PRODUCTS

University of Miskolc, Hungary, University College, London

and Institute for Colloid and Water Chemistry, Ukraine

.

3.3. 

B.Bezuglyi

THERMOTENSIOGRAPHY: THE MOST PERFECT LIQUID LAYER IMAGING PROCESS

Tyumen State University, Russia  

.

3.4. 

R.Baru, A.Sobolev, N.Uriev

ELECTRICAL METHOD FOR THE ESTIMATION OF THE  STABILITY OF THE COAGULATION STRUCTURE OF COLLOIDO-DISPERSE CARBON IN VASELINE OIL UNDER DYNAMIC CONDITIONS

Institute of Physical Chemistry, Russian Academy of Sciences, Russia  

.

3.5.

N.B.Uriev

DYNAMICS OF THE STRUCTURIZATION OF DISPERSE SYSTEMS

Institute of Physical Chemistry, Russian Academy of Sciences, Russia

.

3.6.

N. Vilkova, P. Kruglyakov

KINETICS OF ESTABLISHING EQUILIBRIUM PRESSURE IN THE DISPERSION MEDIUM OF EMULSIONS

Penza Pedagogical University, Russia  

.

3.7.

V.F.Abrosenkova,  G.N.Kormanovskaya,  N.A.Abaturova, I.N.Vlodavets

THE  THERMODYNAMICAL  STABILITY  OF SOME      MACROMOLECULAR  COLLOID  SYSTEMS

Institute  of  Physical Chemistry, Russian Academy of Sciences, Russia  

.

3.8.

G.M.Sinitsyna,  N.A.Abaturova,   V.V.Zinoviev,  I.N.Vlodavets

THE  PROBLEM  OF  THE STABILITY  OF  DISPERSE  STRUCTURES

Institute  of  Physical  Chemistry, Russian Academy of Sciences, Russia  

.

3.9. 

E. Golikovaa, Yu.Chernoberezhskyb, L. Dudab, N. Burdinaa, O. Iogansona, N. Vysokovskayaa, V. Grigorieva

ROLE OF LIOPHILITY OF PARTICLES IN HETEROCOAGULATION OF MIXED OXIDE DISPERSIONS

aResearch Centre "S.I.Vavilov State Optical Institute", Russia 

 bThechnological University for Plant Polymers, Russia

.

3.10.

N.A.Abaturova,  I.N.Vlodavets

IDIOGENESIS   OF   MACROSCOPIC   INTERFACES

Institute of Physical  Chemistry, Russian Academy of  Sciences, Russia 

.

3.11.

V.N.Izmailova, I.A.Grizkova, S.M.Levachev, G.P.Yampolskaya, A.E.Kharlov, E.S.Shvedov, I.I.Grigorievskaya, Ya.M.Stanishevskii, A.V.Grigorieva,
D.S. Turygin

PERIODIC   COLLOIDAL STRUCTURES IN THIN FILMS OF LATEXES, MODIFIED BY PROTEINS

Lomonosov Moscow State University, Russia

.

3.12.

 A. Dyagileva, Yu.Chernoberezhskii

NFLUENCE OF SULPHATE LIGNIN CONCENTRATION ON THE COLLOIDAL STABILITY OF ITS AQUEOUS SOLUTIONS

St. Petersburg State Technological University of Plant Polymers, Russia  

.

3.13. 

V.R.Estrela-Llopisa, I.N.Yurkovab, T.I.Borodinovaa

THE HETEROCOAGULATION AND BIOSORPTION OF PARTICLES AND METAL IONS IN THE PRESENCE OF SURFACTANTS

aF. D. Ovcharenko Institute of Biocolloidal Chemistry, Ukraine

bV. I. Vernadsky Tavrichesky National University, Ukraine  

.

3.14.

 V.R.Estrela-Llopis, T.I. Borodinova

THE STUDY OF MICROORGANISMS SURFACE CONDUCTIVITY

F.D.Ovcharenko Institute of Biocolloidal Chemistry, Ukraine

.

3.15. 

M.A.Pologishnikova, D.S.Lychnikov, O.N.Pereligin

STABILITY OF COLLOIDS VS THE QUALITY OF WINES

The Plekhanov Russian Economic Academy, Moscow, Russia  

.

3.16.

E.M.Lipnitskiy, E.V.Rubashnikova, D.S.Lychnikov

THE MECHANISM OF FORMATION OF STONES IN BILE

The Moscow I.M. Sechenov Medical Academy

The Plekhanov Russian Economic Academy, Russia  

.

3.17.

Yu.O.Skurkis, A.Yu.Menshikova, N.A.Chekina, T.G.Evseeva, S.S.Ivanchev

ELECTROKINETIC AND ADSORPTION PROPERTIES OF POLYMER PARTICLES

Institute of Macromolecular Compounds, Russia  

.

3.18. 

N.V.Guzenko, S.V.Pachovchyshyn, E.F.Voronin, D.N.Kapshtyk

STUDY OF THE POLYVINYLPYRROLIDONE EFFECT ON THE VISCOSITY OF AQUEOUS SUSPENSIONS OF HIGH-DISPERSE SILICA

Institute of Surface Chemistry, Ukraine

.

3.19. 

E.N.Korzhov, V. M.Starov

MATHEMATICAL MODELLING OF TRANSPORT PROCESSES IN SYSTEMS WITH IONEXANGE MEMBRANES HAVING SURFACE CHARGE

Voronezh State University, Russia

Loughborough University, UK  

.

3.20. 

O.Ya.Uruypina, N.V.Serebryakova, V.I.Roldugin

SEDIMENTATION STABILITY AND STRUCTURING IN POLYMER SUSPENSIONS INVOLVING NANO-PARTICLES OF TITANIUM PHOSPHATE

Institute of Physical Chemistry of Russian Academy of Sciences, Russia  

.

3.21.

 I.A.Polunina, V.I.Roldughin, T.P. Kolesnikova

STABILIZATION OF ALUMINIUM SUSPENSIONS IN ORGANIC MEDIUM

Institute of Physical Chemistry, Russian Academy of Sciences,  Russia

3.22. 

T.Aslamazova

ON STABILITY OF POLYSTYRENE PARTICLES FORMED WITH SURFACE-ACTIVE INITIATORS

Institute of Physical Chemistry of Russian Academy of Sciences, Russia 

.

3.23. 

V.F. Sazonova a, M.A.Kojemyak, O.V. Perlova

THE ROLE OF SUPERFICIAL FILMS IN PROCESSES OF FLOTATION DIVISION OF PHASES OF SUSPENSIONS AND EMULSIONS

Odessa State University, Ukraine

.

July 2

Poster session 4.  

4.1. 

N.P.Berezinaa,  N.A.Kononenkoa, V.M.Starov b, A.N.Filippov c

ASYMMETRIC TRANSPORT PROPERTIES IN SYSTEMS WITH BILAYER OR INHOMOGENEOUS MEMBRANES

aKuban State University, Russia

bLoughborough University, UK, 

cMoscow State University of Food Industry, Russia.

.

4.2.  

O.R.Budaev, M.N.Ivanova

TEMPERATURE DEPENDENCE OF SHIFT ELASTICITY OF FLUIDS WITH VISCOSITY 0.2-0.3 P

The Buryat Scientific Center of Siberian Branch of Russian Academy of Sciences, Russia  

.

4.3.  

S.V.Zolotova, V.I.Chursin, D.S.Lychnikov

COLLOIDAL AND CHEMICAL MECHANISM OF INFLUENCE OF ULTRASONIC FIELDS ON THE PROCESS OF TANAGER OF LEATHER

The Plekhanov Russian Economic Academy, Moscow, Russia  

.

4.4. 

S.А.Krylova, L.G.Eliseeva, D.S. Lychnikov

THE COLLOIDAL AND CHEMICAL ASPECT OF INFLUENCE OF ELECTRICAL FIELDS ON PROCESSES PROCEEDING DURING A STORAGE OF ROOTCROPS

The Plekhanov Russian Economic Academy, Moscow, Russia  

.

4.5. 

A.N.Neverov, L.A. Sizova

THE RESEARCH OF PROCESS OF WASHING IN MACHINES WITH AN ACOUSTIC FIELD FROM A POSITION OF COLLOIDAL CHEMISTRY

The Plekhanov Russian Economic Academy, Moscow, Russia

.

4.6. 

E. Ereminaa, L. Sechinab, T. Srebrodolskayab, I. Yasyninaa

MICROSTRUCTURE OF BITUMOIDS OF ROCK IN THE OIL AND GAS COLLECRTORS INVESTIGATION

aGubkin Russia State University of Oil and Gas, Russia

bThe Russian Academy of Sciences, Institute of Problems of Oil and Gas  

.

4.7.

V.V. Berezkin*, T.D.Chochlova**, A.N.Netchaev*, D.A.Trofimov***, O.V. Kim*

ELECTROSURFACE AND ADSORPTION PROPERTIES OF POLY(ETHYLENE TEREPHTALATE) TRACK MRMBRANES

* Institute of Crystallography of Russian Academy of Sciences, Russia

** Lomonosov Moscow State University, Russia

*** Vernadsky Institute of Geological Chemistry of Russian Academy of Sciences  

.

4.8.  

O.V.Yarovaya, V.V.Nazarov, K.I. Kienskaya, T.A.Belousova

Synthesis and Some Properties of Hydrosols of Copper Oxinitrate Prepared by Hydrolysis of Copper Nitrate

D. Mendeleyev University of Chemical Technology, Russia  

.

4.9. 

M.Sidorova, L.Ermakova, N.Bogdanova, A. Klebanov

ELECTROKINETIC PROPERTIES OF Si, Ti, Al, Sn, Fe – OXIDE NANOSTRUCTURES ONTO DIFFERENT SUBSTRATA

St. Petersburg State University, Russia

.

4.10.

A.Kolosova, K.Popovb, N.Shabanovaa 

Affect of chelating agents on the Electrokinetic potential of soil surface

aD.Mendeleyev University of Chemical Technology, Russia

bMoscow State University of Food Technologies,  Russia  

.

4.11.

O.Shilovaa, E.Golikovab, T.Khamovaa, O.Iogansonb, S.Hashkovskya

INVESTIGATION OF SOL-GEL PROCESSING AT FORMATION OF SURFACE COATINGS ON ALUMINA POWDERS

aInstitute of Silicate Chemistry of Russian Academy of Sciences, Russia

bResearch Centre “S.I. Vavilov State Optical Institute”, Russia  

.

4.12. 

O.Shilovaa, E.Tarasyuka, V.Shevchenkob, N.Klimenkob, Movchanc, S.Hashkovskya, V.Shilovb

INFLUENCE OF ORGANIC AND POLYMERIC ADDITIVES ON STABILITY OF TETRAETHOXYSILANE-DERIVED SOL-GEL SYSTEMS AND STRUCTURE OF THE FORMED COATINGS 

aInstitute of Silicate Chemistry of Russian Academy of Sciences,Russia

bInstitute of Macromolecular Chemistry, Ukraine  

cInstitute of Physical Chemistry of Russian Academy of Sciences, Russia  

.

4.13.

T.G.Movchana, S.E.Plisovab, G.I.Shcherbinaa, L.V.Redinab, N.A.Beresinaa and L.S.Gal,braikhb

ELECTRIFIABILITY OF LATEX COATINGS DURING TXE BREAKING OF THE ADHESION CONTACT BETWEEN SOLIDS

aInstitute of Physical Chemistry of Russian Academy of Sciences, Russia

b Moscow State Textile University, Russia

.

4.14.

N.Novosyolova

FORMATION OF INCLUSION COMPLEXES OF CYCLODEXTRINS WITH OIL-SOLUBLE VITAMINS

Moscow State University, Russia

.

4.15. 

K.Śmiechowski

THE INFLUENCE OF SOME PHYSICAL-CHEMICAL PROPERTIES OF FAT LIQUORS ON PROPERTIES OF FATLIQUORING LEATHERS

Technical University of Radom, Poland  

.

4.16.

K.Śmiechowski

THE OPTIMIZATION OF CONDITIONS OF MODIFICATION FAT BY DETERMINATION THEIR COLLOID CHARACTERISTIC

Technical University of Radom, Poland

.

4.17.

K.Merzhanov

ON A NEW EFFECT OF  CETYL ALCOHOL VAPOUR ON THE  PROCESSES OF CONVECTIVE  CLOUD FORMATION

Institute of Physical Chemistry of Russian Academy of Sciences, Russia  

.

4.18. 

K.Merzhanov

THE THEORY OF ADSORPTION OF SURFACTANTS VAPOURS ON EVAPORATING ( GROWING ) DROP

Institute of Physical Chemistry of Russian Academy of Sciences, Russia  

.

4.19.

L.I. Shabalin

FORCE OF DECONDENSATION OF THE SUPERFICIAL LAYER OF LIQUID, SOLID AND GASEOUS SUBSTANCES

Siberian Research Institute of Geology, Geophysics and Mineral Resources, Russia  

.

July 4  

Poster session 5.  

5.1. 

B.Bezuglyi, N. Ivanova

Light-induced capillary motion of drops and bubbles

Tyumen State University,Russia.

.

5.2.

B.A.Bezuglyi, O.A.Tarasov, A.A. Fedorets

IMPROVED TILTING-PLATE METHOD FOR MEASURING CONTACT ANGLES

Tyumen State University, Russia  

.

5.3.

A.V.Zuikov, G.N.Kormanovskaya, N.Y.Lomovskaya,  T.B.Galushko, V.S.Yushtshenko,  I.N.Vlodavets

THE ROLE OF  THE PHASE  SEPARATION  AND OF THE SURFACE  PHENOMENA  IN THE PROCESSES OF  MICROENCAPSULATION

Institute of Physical  Chemistry, Russian Academy of Sciences,  Russia  

.

5.4.  

N.N.Kochurova, M.V.Dmitrovskaya, A.I.Rusanov

ELECTROMECHANICAL EFFECTS ON THE SOLUTION SURFACE

St. Petersburg University, Russia

.

5.5.

A.B.Nepomnyashchii, T.M.Burkat, V.N.Pak

DIFFUSIONAL TRANSPORT OF ELECTROLYTES IN MEMBRANES MADE OF POROUS GLASS

Herzen State Pedagogical University, St. Petersburg, Russia  

.

5.6.

V.M.Zhdanova , V.I.Roldughinb

DIFFUSION AND PRESSURE DIFFUSION OF GAS MIXTURES IN POROUS MEDIA. A COMPARISON OF ALTERNATIVE MODELS

aMoscow Engineering Physics Institute, Russia

bInstitute of Physical Chemistry Russian Academy of Sciences, Russia  

.

5.7. 

E. Kirsanova, Y. Timoshina, V. Matveenkob

SURFACE TENSION OF ANISOTROPIC LIQUIDS

a Ordnance University, Department of physics and mechanics, Russia

b Moscow State University, Moscow, Russia  

.

5.8.

B.A.Altoiz, Yu.M. Popovskiia

REOLOGICAL MODEL OF THE WALL-ADJACENT ORIENTATIONALLY ARRANGED LAYERS

Odessa National University, Ukraine

aOdessa State Maritime Academy, Ukraine

.

5.9.

B.A.Altoiz, Yu.M.Popovskiia, T.V.Naroditskaya

THE INFLUENCE OF THE MAGNETIC FIELD ON THE MOLECULAR ORIENTATION IN EPITROPIC MESOPHASE OF NITROBENZENE

Odessa National University, Ukraine

aOdessa State Maritime Academy, Ukraine  

.

5.10.

V.B.Busygin

WETTING of thin FILMS of POLYSTYRENE

Institute of Physical Chemistry, Russian Academy of Sciences, Russia  

.

5.11. 

R.N. Kuklin

CONTINUOUS  WETTING TRANSITION ON AMALGAM- ELECTROLYTE INTERFACES

A.N. Frumkin Institute of Electrochemistry, Russian Academy of Sciences,  Russia

.

5.12.

A.Perwuelz,  M.Casetta, M.Lewandowski

CAPILLARY RISE IN TEXTILE STRUCTURES: SOME EXPERIMENTAL CONSIDERATIONS AND CONCLUSIONS

Laboratoire GEMTEX, France  

.

5.13.

E.Eremina a, L.Sechina b, T.Srebrodolskaya b, I.Yasynina a

INFLUENCE OF OIL ROCK SUBSTANTIAL STRUCTURE’S COMPOSITION ON THE SURFACIAL PHENOMENON IN COMPLEX CAPILLARY SYSTEMS

aRussian State University of Oil and Gas named after Gubkin, Russia

bThe Russian Academy of Sciences, Institute of Problems of Oil and Gas  

.

5.14. 

E. Eremina a, L. Sechina b, T. Srebrodolskaya d, I.Yasynina a

HYDROPHOBIZATION OF ARGILLACEOUS SANDSTONES BY OIL HYDROCARBONS

aRussian State University of Oil and Gas named after Gubkin, Russia

bThe Russian Academy of Sciences Institute of Problems of Oil and Gas  

.

5.15.

V.V.Ugrozova, A.N.Filippova, C.A. Paraskevab,c, G.N. Constantinidesc

KINETICS OF A DROP DISSOLUTION IN A CAPILLARY

a Moscow State University of Food Industry, Russia

b University of Patras, Greece

c Institute of Chemical Engineering and High Temperature Chemical Processes, Greece  

.

5.16.

S.A. Bogdanovaa, O.R. Shashkinaa, O.V. Stoyanova, G.P. Belovb, I.A. Starostina

WETTING OF POLYOLEFINE LOW-ENERGY SURFACES WITH NONIONIC SURFACTANTS

aKazan State Technological University, Russia

bInstitute of Chemical Physics Research, Russian Academy of Sciences, Russia

.

5.17.

S.A. Shkiperovaa, L.S.Sletkinaa and T.G.Movchanb

WETTABILITY OF THE FILMS FORMED OF THE LATEX OF POLY-1,1-DIHYDROPERFLUORE HEPTYLACRYLATE (LFM-3) AND 2-PERFLUORO PENTOXY TETRAFLUOROPROPYL FCRYLATE (LFM-N)

aRussia Moscow State Textile University, Russia, 

bInstitute of Physical Chemistry of RUSSIAN ACADEMY OF SCIENCES, Russia  

.

5.18. 

A.M.Emelyanenko, L.B.Boinovich

THE  AUTOMATED INSTRUMENT FOR THE MEASUREMENT OF CONTACT ANGLES AND INTERFACIAL  TENSIONS OF LIQUIDS

Institute of physical chemistry, Russian Academy of Sciences, Russia  

.

5.19.  

N.V.Ermolenko, A.M.Emelyanenko, L.B.Boinovich

A SMALL DROP ON THE FILAMENT AS A PROBE TO STUDY CONTACT ANGLES AND WETTING HYSTERESIS

Institute of physical chemistry, Russian Academy of Sciences, Russia

           

 

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