0. Introductory Remarks.
Z. A. Schelly
2:05 152. Kerr Medal Address: Colloidal electro-optics in nanotechnology research:
Characterization of composite nanoparticles. S. P. Stoylov, M.
Buleva, G. Bila, I. B. Petkanchin
[2:35 153. Frequency-domain electric birefringence study on the
deformation dynamics of microemulsion droplets. T. Shimomura, K.
[2:55 154. Wide-band spectroscopy of dynamic electrophoretic
mobility and its application to microrheology. D. Mizuno, Y.
Kimura, R. Hayakawa]
[3:15 155. Electrooptic and electrophoretic research of colloid
dispersions of high electric conductivity. O. Kolesnikova, A. Trusov, A.
Voitylov, V. Vojtylov, T. Zernova]
3:45 156. Quantitative approach to molecular electro-optics:
Combined structure-dipole analysis. D. Pφrschke
4:15 157. Laser temperature jump experiments with nanometer
space resolution using Rhodamine 101 anti-Stokes fluorescence from
nanoseconds to milliseconds for precise measurements of temperature
changes in liquid micro-environments. J. F. Holzwarth, S. Couderc,
A. Beeby, I. P. Clark, A. W. Parker
4:35 158. Development of a micronized electrical field-flow
fractionation instrument with an improved electrode system. R. ter Veen,
M. Jφnsson, J. Gantelius, U. Lindberg, K. D. Caldwell
4:55 159. Polarization of the gas-liquid interface. S. P.
Stoylov, M. Buleva
(Monday evening, March 24)
Convention Center -- Hall J
188. CdS quantum dots prepared via electroporation of vesicles:
Experimental and computational results. H. Zeng, D. S. Marynick, Z.
189. Electro-optics of cylindrical dendrimers. N. V. Tsvetkov,
V. O. Ivanova, N. V. Girbasova, A. Y. Bilibin
[190. Electrooptical behavior of fullerene-containing liquid
crystalline dendrimers in solutions. N. P. Yevlampieva, P. Lavrenko, B.
Dardel, R. Deschenaux]
[191. Specific electrooptical properties of different type fullerene
C60-poly(vinylpyrrolydone) derivatives. N. P. Yevlampieva,
O. V. Nazarova, E. F. Panarin, E. I. Rjumtsev]
192. Steady electro-optic parameters in noninteracting colloidal
dispersions. S. Miteva, M. Stoimenova
[193. Magneto-conductometric method of studying colloidal particle's
electric polarizability. A. Spartakov, A. Trusov, V. Vojtylov]
194. Kerr effect in structured copolymer melts. S. G. Polushin,
S. K. Filippov, A. V. Lezov, E. Barmatov, E. I. Rjumtsev
195. Electro-optic study of model suspensions from cloudy apple
juice. I. B. Petkanchin, K. Mihalev, M. Buleva, P. Mollov
[196. Electrical properties of a fluorine-containing ionomer, PPFNA.
A. Minakata, M. Kimura, S. Yano, Y. Tanaka, T. Araki, T. Shimizu]
[197. Alignment control of monodispersed acrylic particles for
application in structural color materials. T. Yoshida]
198. Ion absorption on mangrove cell walls. K. Kimura, M.
[199. MgATP induced conformational changes of myosin-extracted
muscle fibers measured by fluorescence microspectroscopy. M. Taniguchi,
K. Tani, H. Aragane]
aspects (Tuesday, March 25)
V. Peykov, Presiding
365. Calculation of
electro-optical properties of rigid particles and flexible macromolecules
in solution. J. Garcia de la Torre, H. E. Perez Sanchez, A. Ortega,
M. X. Fernandes, M. C. Lopez Martinez, F. G. Diaz
9:00 366. Electrical polarizability of polyelectrolytes by Monte
Carlo simulation. K. Kikuchi
9:20 367. Microion disposition in colloidal systems. K. S.
9:40 368. Hydration interactions between apoferritin molecules
and the phase behavior of the solution. P. G. Vekilov, D. N.
Petsev, S. Brandon, P. Katsonis
10:00 369. Alpha-dispersion of induced dipole moment of the
spheroidal particle. V. N. Shilov
(Tuesday, March 25)
N. Stellwagen, Presiding
402. Electric birefringence
and dichroism measurements on synthetic clays in the presence of adsorbed
amphiphilic compounds. H. Hoffmann
2:30 403. Anisotropy of electric polarizability of fractionated
bentonite particles in aqueous media. M. Matsumoto, K. Yamamoto, S.
Fushitani, K. Nitta, S. Yoshima
2:50 404. Interactions between nanoparticles and between
nanoparticles and substrates. E. Hutter, D. Roy, J. H. Fendler
3:30 405. Electro-optical method of determination of the type of
aggregation kinetics. A. M. Zhivkov, S. P. Stoylov
3:50 406. Counterion dynamics in presence of polymers as studied
by electric light scattering. I. B. Petkanchin
4:10 407. Electro-optic and electrokinetic studies of laponite
nanoparticles. M. Buleva, A. M. Zhivkov, S. P. Stoylov
437. Electric birefringence
of stiff-chain polymers in solution. W. Oppermann
9:00 438. Polymer alloys with colloidal-size phases prepared in
electric fields. S. Krause, J. Li, N. Bentenitis
9:20 439. Nanoscale charge nonuniformity on colloids in the
presence of surfactants and polyelectrolytes. D. Velegol, J. Feick
9:55 440. Microfabrication of polymers for opto-electronics and
biomedical applications. T. Watanabe, Y. Lu, F. Hasegawa, F. Chiba,
N. Kimura, M. Tsubouchi, K. Totani
[10:15 441. Unraveling an old mystery: The anomalous electric
birefringence of concentrated polyelectrolytes. T. G. Bellini, F.
10:35 442. Electro-optics of self-assembled multilayers of
strong polyelectrolytes. T. Radeva, V. Milkova, I. B. Petkanchin
and membranes (Wednesday, March 26)
K. Yamaoka, Presiding
475. Electric birefringence,
light scattering and electroporation of synthetic liposomes. Z. A.
Schelly, N. Asgharian, N. M. Correa, H. Zhang, V. Peikov, H. Zeng
2:30 476. Electrodiffusion of genetic oligoelectrolytes through
electroporated planar lipid membranes. E. Neumann, N. I.
3:00 477. Selective electroporation of a vesicle population in
high frequency electric fields. E. Tekle, B. P. Chock
3:35 478. Kinetics of optical membrane probes for lipid vesicle
elongation and electroporation in high electric fields. S. A. Kakorin,
T. Liese, E. Neumann
3:55 479. Modeling of the electric field-induced birefringence
of vesicles. V. T. Peikov, Z. A. Schelly
[4:15 480. Interpretation of electric and optical signals
associated with the function of transmembrane ion pumps. A. Dιr]
4:35 481. Geometry of purple membranes in aqueous medium. A.
(Thursday, March 27)
S. P. Stoylov, Presiding
523. First experiments on
electro-optics properties of biopolymers. H. C. Benoit
9:00 524. Reversing-pulse electric birefringence of
multicomponent systems: The case of negative and positive mixed signals of
DNA in ionic solutions. K. Yamaoka
9:30 525. DNA oligomers studied by the optical Kerr effect. S.
R. Aragon, M. Perez
9:50 526. Using transient electric birefringence to measure the
flexibility and static bending of DNA restriction fragments. N. C.
Stellwagen, Y. Lu, B. Weers
10:30 527. Significant differences are observed between gel
mobility anomalies and TEB relaxation times for curved DNA molecules. Y.
Lu, B. Weers, N. C. Stellwagen
10:50 528. Electric dipole moments of bacteria: Electro-optic
measurements of the permanent and induced dipole moments of Escherichia
coli and Pseudomonas aeruginosa 11B. S. P. Stoylov
11:10 529. Electrokinetic mobility of short DNA oligomers. N.
C. Stellwagen, A. M. Zhivkov
11:30 530. Electro-optical study of plastocyanin adsorbed on b-ferric
hydroxide particles. N. Tuparev, I. B. Petkanchin, A. Donchev, M.
Dimitrov, S. G. Taneva
11:50 531. Using capillary electrophoresis to measure the
electrostatic shielding of DNA in various buffer/salt solutions. N. C.
Stellwagen, E. Stellwagen
568. Conservative and
dissipative structures in colloidal dispersions in an electric field. T.
[2:00 569. Linear and nonlinear electrooptic response of chiral
smectic liquid crystals. Y. Kimura, R. Hayakawa]
[2:20 570. Scattering study of topological gel. K. Ito, Y.
2:40 571. Colloidal crystallization of polymer-modified silica
in organic solvents and immobilization by gelation. K. Yoshinaga,
[3:15 572. Intra- and interparticle interactions of polyampholyte
nanogels. E. Kokufuta, A. Nakayama, K. Ogawa]
3:35 573. Unusual electrooptical effects and molecular
properties of novel LC polymers with siloxane main chain and laterally
attached cyanobiphenylene mesogenic side groups. P. Lavrenko, O.
Okatova, I. Kolomiets, D. Lacey, A. W. Hall