2789 - 2798 |
A universal behavior for the ratio between the Miesowicz's coefficients for rigid calamitic molecules of nematic liquid crystals Simoes M, Domiciano SM |
2799 - 2805 |
Electric-field-induced orientation of polar organic microcrystals with different crystal sizes dispersed in liquid as a novel optical devices Okazoe S, Fujita S, Kasai H, Okada S, Oikawa H, Nakanishi H |
2807 - 2811 |
Relaxation of nematic oriented by magnetic and electric fields: Acoustical investigation Pasechnik SV, Neronov NA |
2813 - 2823 |
Dynamical properties of flexo electric effect in CCH nematic liquid crystal Mieda Y, Maruyama N |
2825 - 2831 |
Alignment and dynamics of SiO2 particles in liquid crystal under applied electric field Matsui T, Lee SB, Nakayama K, Ozaki M, Yoshino K |
2833 - 2840 |
Influence of the ion mobility on the exact location of the regime bump in NLCDs Bougrioua F, De Vleeschouwer H, Vermael S, Neyts K, Pauwels H |
2841 - 2848 |
Determination of orientatinal order parameters of 4-alkyl-4'-cyanobiphenyl monolayers at the air-water interface by Maxwell-displacement-current and second harmonic generation measurements Tojima A, Matsuo Y, Hiyoshi R, Wu CX, Majima Y, Iwamoto M |
2849 - 2857 |
Periodic patterns at the neighborhoods of the Freedericksz threshold Simoes M, Palangana AJ |
2859 - 2866 |
Electric and magnetic field effects on director pattern and disclinations in nematics Balakrishnan R, Kale RK, Krishnamurthy KS |
2867 - 2877 |
Kinetics of nematic ordering in a model porous medium Enomoto Y, Iwata S |
2879 - 2887 |
Light-induced threshold instability of nematic director in cylindrical waveguide Lednei M, Pinkevich I |
2889 - 2900 |
Influence of stabilizing magnetic field on the domain formation in nematic liquid crystal materials with positive dielectric anisotropy Kishore PR |
2901 - 2911 |
Suppression of electroconvection by Couette shear in freely suspended smectic C* films Langer C, Daya ZA, Morris SW, Stannarius R |
2913 - 2920 |
Formation and behavior of monolayers of 3,3'- and 4,4'-disubstituted azobenzenes on a water surface Matsuzawa Y, Ruslim C, Komitov L, Ichimura K |
2921 - 2929 |
New criterion on cancer detection based on NLC orientation Tomilin MG, Povzun SA, Gribanova EV, Efimova TA |
2931 - 2938 |
Ellipsometry studies of 3D orientational structures in thin liquid crystal layers Yaroshchuk O, Sergan T, Kelly J |
2939 - 2946 |
Controlling surface alignment on nanoscopically tailored competing domains Kim JH, Yoneya M, Yamamoto J, Yokoyama H |
2947 - 2954 |
Studies on UV-photoinduced surface anisotropy of polyimide films by NEXAFS spectroscopy Matsuie N, Oji H, Ito E, Ishii H, Ouchi Y, Seki K, Hasegawa M |
2955 - 2962 |
Formation of 2-D chiral monolayers from chiral mesogens studied with molecular dynamics simulations Yoneya M, Yokoyama H |
2963 - 2970 |
One-dimensional structures in ferrocholesteric film with weak homeotropic anchoring on the layer boundaries Shavkunov VS, Zakhlevnykh AN |
2971 - 2978 |
On the surface stabilized smectic phase at very thin system Yamashita M, Miyazaki T |
2979 - 2986 |
Simulation studies of Langmuir monolayers Aoki KM, Tabe Y, Yokoyama H |
2987 - 2997 |
Inhomogeneous translational diffusion in polymer-dispersed liquid crystals: Monte Carlo simulations of NMR spectra Chiccoli C, Pasini P, Skacej G, Zannoni C, Zumer S |
2999 - 3006 |
Liquid crystalline surface tension and radius dependence of the internal pressure in liquid crystalline bubbles and droplets Papenfuss C |
3007 - 3017 |
Light-induced Frederiks transition threshold in nematic cell with an arbitrary inhomogeneity of the director anchoring energy Lednei M, Pinkevich I |
3019 - 3025 |
Analysis of voltage-controlled-twist effect using a generalized two-constant anchoring energy Zhao W, Wu CX, Iwamoto M |
3027 - 3038 |
Tensor and complex representations of anchoring in liquid crystals Shiyanovskii SV, Glushchenko A, Reznikov Y, Lavrentovich OD, West JL |
3039 - 3046 |
Studies of the anchoring energy of nematics on grooved surfaces Konovalov VA, Muravski AA, Pelzl J |
3047 - 3054 |
Liquid crystal 8CB/deutered polystyrene: Investigations by small angle neutron scattering Maschke U, Gogibus N, Noirez L, Ewen B, Wagner T, Benmouna M |
3055 - 3063 |
Evolution of electro-optical properties of polymer dispersed liquid crystal materials during processing Sannier L, Siddiqi HM, Dumon M, Gyselinck F, Maschke U |
3065 - 3074 |
New PDLC-films doped by black dye Dorozhkina GN, Prudnikova EK, Torgova SI, Umanskii BA, Novoseletskii NV, Strigazzi A |
3075 - 3083 |
Influence of mechanical deformation on electrooptical properties of polymer dispersed liquid crystal films Aristov VL, Mitrokhin MV, Sevostyanov VP |
3085 - 3092 |
New PDLC thermosensitive systems in teaching physics Klosowicz SJ, Czuprynski KL, Pranga M |
3093 - 3100 |
Polymer-dispersed antiferroelectric liquid crystals Klosowicz SJ, Czuprynski KL, Piecek W |
3101 - 3109 |
Morphological and electro-optical properties of Polymer Dispersed Liquid Crystals cured by high intensity laser radiation Lucchetta DE, Francescangeli O, Lucchetti L, Gobbi L, Simoni F |
3111 - 3119 |
Thermophysical properties in phenyletheracrylate liquid crystal mixtures: Effects of photoinitiator concentration Roussel F, Delorrier C, Maschke U, Buisine JM |
3121 - 3128 |
Dynamics of librational mode of nematic liquid crystal confined in cylindrical pores Nazario Z, Sinha G, Aliev F |
3129 - 3139 |
Liquid crystal wetting in cylindrical pores Liu XW, Finotello D |
3141 - 3148 |
Conformational and alignment behavior of polysilane film mixed with liquid crystal molecule Nagano S, Seki T, Kunihiro I |
3149 - 3156 |
Dynamic behavior of a hydrogen-bonded liquid crystal induced by the orienting film with a large dipole moment Machida S, Urano TI, Sano K, Kato T |
3157 - 3165 |
Chiral additive effects on electrooptical response and droplet structure in uniaxially oriented films of polymer dispersed nematic Presnyakov V, Shabanov V, Zyryanov V, Komitov L |
3167 - 3174 |
Tortional torque effects of twisted nematic bulk on the polymer surface alignment Yamaguchi R, Sato S |
3175 - 3182 |
Electrooptical response in free standing films of ferroelectric liquid crystals Tazawa T, Kimura Y, Hayakawa R |
3183 - 3197 |
2-dimensional elastic constant in asymmetric films of tilted smectics Najjar R, Galerne Y |
3199 - 3206 |
Anticlinic surfaces in freely suspended smectic films stabilized by electrostatic interactions Rovsek B, Cepic M, Zeks B |
3207 - 3214 |
Optical properties of hybrid aligned short pitch cholesterics Kozachenko AG, Valyukh SI |
3215 - 3222 |
Hydration forces between phospholipid bilayers at subzero temperatures Takahashi H, Quinn PJ |
3223 - 3231 |
An examination of the drug transport properties of liquid crystal embedded membranes Watson SJ, Gleeson HF, D'Emanuele A |
3233 - 3241 |
Simple shear flows of suspensions of Brownian ellipsoids interacting via the Gay-Berne potential Mori N, Semura R, Nakamura K |
3243 - 3249 |
Spinodal decompositions driven by orientation fluctuations Matsuyama A, Evans RML, Cates ME |
3251 - 3262 |
Structure of filled liquid crystals studied by acoustic methods Sperkach VS, Glushchenko AV, Yaroshchuk OV |
3263 - 3273 |
Two-dimensional liquid crystal dispersions in free standing films of tilted smectics Najjar R, Galerne Y |
3275 - 3283 |
Formation of liquid-crystal-like DNA aggregate under biological condition: Phase diagram, morphology, and biological implication Kuramochi H, Yonezawa Y |
3285 - 3296 |
Amphotropic properties of cyclic scyllitol hexaesters [1] Usol'tseva N, Praefcke K, Smirnova A, Kohne B |
3297 - 3304 |
Induction of mesomorphic properties in non-mesogenic octa(decyloxy)phthalocyanines Usol'tseva N, Bykova V, Kudrik E, Shaposhnikov G, Smirnova A, Ananjeva G, Nikolaev I |
3305 - 3315 |
Structures and properties of induced lyotropic cholesteric phases Dorfler HD, Gopfert A, Gorgens C |
3317 - 3324 |
Chirality in discotic lyomesophases Sawade H, Olenik ID, Kruerke D, Heppke G |
3325 - 3332 |
Cluster formation of colloids in nematics Aoki KM, Lev BI, Yokoyama H |
3333 - 3341 |
Lyo-mesophases from self-assembled disk-shaped molecules Sonpatki M, Chien LC |
3343 - 3351 |
Mesomorphic phases in the mixtures of the two non-mesogenic compounds Nagappa, Mahadeva J, Rai KML, Sathyanarayana CH, Nagaraj P |
3353 - 3360 |
Dynamic light scattering in pretransitional region of the I -> Ch phase transition of deoxyguanosine 5'-monophosphate Spindler L, Olenik ID, Copic M, Mariani P |
3361 - 3371 |
Colloidal associates in the p-octylphenol/NaOH/water system and their catalytic properties at the phosphorus acid decomposition Bakeeva R, Kosacheva E, Bilalov A, Kudryavtseva L, Barabanov W, Sopin V |
3373 - 3384 |
Micellar, liquid crystalline and polymer systems based on surfactant and polyethylene imine as nanoreactors for the transfer of phosphoryl group Bakeeva R, Kudryavtsev D, Zakharova L, Kudryavtseva L, Raevska A, Sopin V |
3385 - 3392 |
Study of phase transitions in liquid crystal systems of polysaccharides and their derivatives Loshadkin DV, Khanchich OA |
3393 - 3402 |
Conformational analysis of nonionic surfactants by FT-Raman spectroscopy measurements Mihara T, Koide N |
3403 - 3408 |
The synthesis and investigation of the liquid-crystalline phase behaviour of a series of N,N-bis(1-deoxy-D-mannitol-1-yl)-alkamides Ewing DF, Letellier P, Mackenzie G, Mehl GH, Goodby JW |
3409 - 3418 |
Comparative study of mixed monolayers of a calixarene with a fatty acid and a non-amphiphilic nematic liquid crystal Nannelli F, Fazio VSU, Matsuzawa Y, Komitov L, Ichimura K |
3419 - 3428 |
Elongation of ganglioside (GD(1a)) micellar structure depending on cholesterol content Hayakawa T, Hirai M |
3429 - 3438 |
Compact permanent magnetic circuit with periodic magnetic field designed for studies of liquid crystals Hirai M, Mitsuya S, Iwase H, Hayakawa T, Aoyama Y, Ohashi K, Sano Y |
3439 - 3448 |
Comparison of response of biological supermacromolecules to magnetic field depending on surface structure Hirai M, Mitsuya S, Sano Y |
3449 - 3457 |
Small-angle X-ray scattering study of ganglioside/dipalmitoylphosphatidylcholine mixture Iwase H, Hirai M |
3459 - 3467 |
A new measurement method for ion density in TFT LCD panels Sasaki N |
3469 - 3477 |
Determination of the birefringence, the twist angle and the thickness of the nematic liquid crystal sample by renormalized transmission ellipsometry Kimura M, Okutani S, Churiki T, Akahane T, Toriumi H, Tadokoro T |
3479 - 3488 |
Analysis of electrical response of nematic liquid crystal by ellipsometry Okutani S, Kimura M, Akahane T, Toriumi H, Tadokoro T, Akao K |
3489 - 3497 |
The influence of liquid crystal ordering on reversible radical dissociation Vorotnikov AP, Umanskii BA, Davydov EY, Pustoshnyi VP, Aliev II |
3499 - 3505 |
Experimental study of dielectric relaxation in 4-cyano-4-n-hexyl biphenyl nematic liquid crystal Johri GK, Johri M, Roberts JA, Yoshino K |
3507 - 3514 |
Noise and dielectric measurements on an antiferroelectric liquid crystal Leroy G, Douali R, Gest J, Legrand C, Tabourier P, Nguyen HT |
3515 - 3522 |
Nonlinear optical response of nematic liquid crystal on varying pressure difference in the presence of electric field Pasechnik SV, Torchinckaya AV, Schustrov BA, Jurmanova TN |
3523 - 3532 |
Wide-viewing observation and high-spatial resolution characterization of rubbed polyimide film for liquid crystal display Tanooka D, Itoh S, Hirosawa I |
3533 - 3540 |
Observation of an optical anisotropy of rubbed polyimide film on actual LCD panel Itoh S, Hirosawa I |
3541 - 3549 |
Method to reveal spectral lines with the help of a guest-host LC cell Navumenka VI, Liavonava IH |
3551 - 3558 |
Measurements of cell parameters in reflective liquid crystal cells by using a Stokes Parameter Method Kawamura M, Okamoto A, Sato S |
3559 - 3566 |
Evaluation of cell parameters of TN liquid crystal cells by using a Stokes Parameter Method Okabe M, Kaneko M, Maehara T, Togashi Y, Sato S |
3567 - 3572 |
Fine structure of micro-groove for the display system ruled by ruling engine Sato M, Tanaka T, Nakamura I, Seki H, Ishiyama M |
3573 - 3580 |
Evaluation of reverse twist stability in an IPS mode Satake T, Kurata T |
3581 - 3587 |
A novel vertical alignment display Choi KH, Hong SH, Kim HY, Koh JW, Lee SH |
3589 - 3596 |
Vertically-aligned liquid crystal display with axial symmetry using surface relief gratings on polymer Park JH, Lee JH, Lee SD |
3597 - 3604 |
Characterization of a homeotropic 4-domain liquid crystal cell which uses oblique electric field Suzuki M, Ishii T, Suzuki T |
3605 - 3612 |
Modulated microdomain switching of nematic liquid crystals Takematsu T, Okada H, Onnagawa H |
3613 - 3620 |
Switching characteristics of hybrid aligned ferroelectric liquid crystals under horizontal electric field Takata M, Okada H, Onnagawa H |
3621 - 3635 |
Application of an interlaced scan driving method to TFT-LCD Terazawa T, Matsukawa F |
3637 - 3651 |
Optical parameters of an optimized TN display for large-area application Zielinski J, Olifierczuk M |
3653 - 3658 |
LCD backlighting systems with a high luminance and a good uniformity Jung IY, Park WS |
3659 - 3668 |
Improvement of the electro-optical properties of film-type low twisted nematic liquid crystal displays Jung SM, Park WS |