| 321 - 336 |
Investigation of polarization-induced orientational order and surface gratings in liquid crystalline AZO-polymers
Macdonald R, Schulz R, Schreiber C |
| 337 - 350 |
Optical properties of the Eu(thenoyltrifluoroacetonate)(3). (Cholesteryl tetradecanoate or nonanoate) complexes
Boyaval J, Li C, Hapiot F, Warenghem M, Isaert N, Guyot Y, Boulon G, Carette P |
| 351 - 359 |
Fabrication anti characterization of quasi-phasematched NLO-waveguides using liquid crystalline polymers
Priebe G, Kentischer F, Kunze K, MacDonald R, Eichler HJ |
| 361 - 371 |
Photocontrol of alignment of liquid-crystalline molecules in photoresponsive polymer networks
Yoshimoto N, Morino S, Kaiho A, Ichimura K |
| 373 - 385 |
Experimental results oil optical effects induced in epoxy resin based PDLC
Petti L, Mormile P, Blau WJ |
| 387 - 397 |
Liquid crystal alignment on photoinduced species in poly[methyl(phenyl)silylene] film
Dyadyusha A, Nespurek S, Reznikov Y, Kadashchuk A, Stumpe J, Sapich B |
| 399 - 408 |
Light scattering studies in cellulose derivative based PDLC type cells
Almeida PL, Cidade MT, Godinho MH, Ribeiro AC, Figueirinhas JL |
| 409 - 416 |
Analysis of the phase separation process in UV cured polymer dispersed liquid crystals for optical applications
Lucchetti L, Gobbi L, Simoni F |
| 417 - 426 |
Absorptive dynamic diffraction gratings in a dye-doped nematic liquid crystal
Copic M, Kosa T, Palffy-Muhoray P |
| 427 - 438 |
Surface control of dye adsorption in liquid crystals
Kuksenok OV, Shiyanovskii SV |
| 439 - 449 |
Investigation of photorefractive effect in dye doped PDLC: TBC experiments and photoinduced currents measurements
Cipparrone G, Mazzulla A, Pagliusi P, Simoni F, Sukhov AV |
| 451 - 456 |
Director reorientation induced by short pulsed irradiation in dye doped liquid crystals
Lucchetti L, Simoni F, Reznikov Y |
| 457 - 465 |
Properties of bulk-mediated photoalignment of doped liquid crystal
Fedorenko D, Francescangeli O, Ouskova E, Reshetnyak V, Reznikov Y, Simoni F, Shiyanovskii S |
| 467 - 475 |
Liquid crystal photoalignment on azo-dye layers
Su LL, Wang B, West J, Reznikov Y |
| 477 - 486 |
Photoinduced surface alignment: The role of liquid-crystalline order
Janossy I, Vajda A, Paksi T, Kosa T |
| 487 - 495 |
Photoinduced alignment of nematic liquid crystal on the polymer surface microrelief
Parfenov A, Tamaoki N, Ohni-Shi S |
| 497 - 504 |
Optical properties of lyotropic LC polymers
Filippova TV, Shtennikova IN |
| 505 - 522 |
Nostalgia about DSM
Tsvetkov VA |
| 523 - 536 |
Fluctuations and light scattering in nematic liquid crystals in the presence of flexoelectric effect
Romanov VP, Sklyarenko GK |
| 537 - 550 |
Dynamics of molecular and collective modes in filled nematic
Aliev FM, Sinha GP, Kreuzer M |
| 551 - 564 |
Analysis of the dynamical regimes induced by a laser beam in nematic liquid crystal films
Russo G, Cipparrone G, Carbone V |
| 565 - 577 |
Optical characterization of discotic liquid crystalline films
Sergan T, Sonpatki M, Kelly J, Chien LC |
| 579 - 587 |
Polarizing microscopy of a chiral discotic
Sergan T, Sonpatki M, Kelly J, Chien LC |
| 589 - 595 |
Viscosity of lyotropic nematic calamitic liquid crystals
Sampaio AR, Fernandes PRG, Simoes M, Palangana AJ |
| 597 - 608 |
Beam propagation method modelling of zenithal bistable nematic devices: Analysis and assessment
Kriezis EE, Elston SJ |
| 609 - 619 |
Numerical modelling of multi-dimensional liquid crystal optics: Finite-difference time-domain method
Kriezis EE, Elston SJ |
| 621 - 633 |
Light induced spatial structures in the liquid crystalline azopolymers
Yaroshchuk O, Sergan T, Lindau J, Lee SN, Kelly J, Chien LC |
| 635 - 646 |
Polarization holograms in a "liquid crystal-porous glass" system
Yaroshchuk O, Otto K, Pelzl G, Janovski F, Ramanujam PS |
| 647 - 659 |
Improving the voltage response of holographically formed polymer dispersed liquid crystals (H-PDLCs)
Bowley CC, Kossyrev P, Danworaphong S, Colegrove J, Kelly J, Fiske T, Yuan HJ, Crawford GP |
| 661 - 669 |
Image mode laser projection utilizing twisted nematic liquid crystal technology: Model and experiment of amplified spontaneous emission
Crawford GP, Firehammer JA, Lawandy NM |
| 671 - 684 |
Waveguide propagation of light in cholesterics with large pitch
Aksenova EV, Romanov VP, Val'kov AY |
| 685 - 698 |
Effect of external field and surfaces on director correlation function in nematic liquid crystals
Romanov MV, Romanov VP, Val'kov AY |
| 699 - 706 |
Time-resolved polarized FTIR-spectroscopy on structure and mobility in banana-shaped liquid crystal molecules
Prigann J, Shilov SV, Skupin H, Kremer F, Heppke G, Rauch S |
