A Liquid Crystal Microlens with Hole-Patterned Electrodes on Both Substrates
スポンサーリンク
概要
- 論文の詳細を見る
Electrically controlled lens properties (liquid crystal microlens) can be obtained by utilizing molecular orientation effects in an axially symmetric nonuniform electric field. Excellent lens properties can be obtained using a symmetric electrode structure with hole-patterned electrodes on both substrates. Several kinds of optical properties have been investigated and characteristic phenomena of the liquid crystal microlens are discussed in terms of a molecular orientation model.
- 社団法人応用物理学会の論文
- 1992-05-30
著者
-
SATO Susumu
Department of Electrical and Electronic Engineering, Akita University
-
NOSE Toshiaki
Department of Electronics and Information Systems, Akita Prefectural University
-
Nose T
Department Of Electrical And Electronic Engineering Akita University
-
Nose Toshiaki
Department Of Electrical And Electronic Engineering Akita University
-
MASUDA Shin
Department of Electrical and Electronic Engineering, Akita University
-
Masuda S
Department Of Electrical And Electronic Engineering Akita University:advantest Laboratories Ltd.
-
Sato Susumu
Department Of Electrical And Electronic Engineering Akita University
関連論文
- Determination of Anchoring Energy in Nematic Liquid Crystal Cells with Controllable Twist Angles Using a Stokes Parameter Method
- Measurements of Cell Thickness Distributions in Reflective Liquid Crystal Cells Using a Two-Dimensional Stokes Parameter Method : Structure and Mechanical and Thermal Properties of Condensed Matter
- An Optical Sensing System Using Liquid Crystal Cells and a Corner Cube Prism Coated with Dye Films for Simultaneous Detection of an Electric Field and Decomposition Products of SF_6
- Properties of Variable-Focus Liquid Crystal Lens and Its Application in Focusing System
- Liquid Crystal Negative Lens
- Double-Layer Liquid Crystal Lens
- 3C04 Converting Fixed Focus Lens to Variable-Focus Lens Using Liquid Crystal Layers
- Driving of liquid Crystal Lens without Disclination Occurring by Applying In-Plane Electric Field
- Liquid Crystal Lens With Spherical Electrode
- 3A16 Study of a Novel Liquid Crystal Lens
- Novel Method for Pretilt Angle Measurement Using Liquid Crystal Lens Cell with Hybrid Alignment
- 3D12 Study of the Molecular Alignment and Optical Properties of a Liquid Crystal Lens
- Improvement of Decay Properties of a Liquid Crystal Microlens with a Divided Electrode Structure
- Study on the Mechanism of Noise Generation from Railway Wheel and its Countermeasures : 6th Report, Noise reduction by a Damped Wheel
- Liquid Crystal Display Devices with Slit-Patterned Electrode Structures
- Molecular Orientations and Optical Transmission Properties of Liquid Crystal Cells with Slit-Patterned Electrodes
- Diffraction and Polarization Properties of a Liquid Crystal Grating
- Optical Haar Wavelet Transforms with Liquid Crystal Elements
- Optical Performance of Liquid Crystal Cells with Asymmetric Slit-Patterned Electrodes in Various Applied Field Configurations
- Vibration Reduction of a Railway Wheel by Cantilever-Type Dynamic Absorbers : Optimal Adjustment of Absorbers and Experiment
- Transient Properties of a Liquid-Crystal Microlens : Structure and Mechanical and Thermal Properties of Condensed Matter
- Semiactive Control of Duct Noise by a Volume-Variable Resonator
- The High-Field Cured Polymer Networks in Nematic Liquid Crystals
- Application of a Circularly Homogeneously Aligned Liquid-Crystal Cell to Real-Time Measurements of Twist Angles in twisted-Nematic Liquid-Crystal Cells
- Polymer Stabilized Liquid Crystal Grating Consisting of Periodic Reverse Twist Domains
- Liquid-Crystal Fresnel Zone Plate Fabricated by Microrubbing
- Polarization-Independent Optical Properties of Liquid Crystal Polarization-Converting Devices
- Polarization-Independent Liquid Crystal Grating Fabricated by Microrubbing Process
- Improvement of Aberration Properties of Liquid Crystal Microlenses using the Stacked Electrode Structure
- Optimization of Device Parameters for Minimizing Spherical Aberration and Astigmatism in Liquid Crystal Microlenses
- Dependence of Optical Properties on the Device and Material Parameters in Liquid Crystal Microlenses
- Enhancement of Numerical Aperture of Liquid Crystal Microlenses Using a Stacked Electrode Structure
- Optical Haar Wavelet for Extracting Edge Features along Arbitrary Directions
- Optical Properties of Anamorphic Liquid Crystal Microlenses and Their Application for Laser Diode Collimation
- Influence of Elastic Constants on the Optical Properties of Liquid Crystal Microlenses
- Liquid-Crystal Blazed grating with Spatially Distributed Four-Level Twisted Nematic Domains
- Liquid-Crystal Reflective Beam Deflector with Microscale Alignment Pattern
- Polarization-Independent Liquid-Crystal Grating with Microscale Alignment Pattern(Electronic Displays)
- A Two-Dimensional Pretilt Angle Distribution Measurement of Twisted Nematic Liquid Crystal Cells Using Stokes Parameters at Plural Wavelengths
- S-B-3. Clinical Evaluation of Stereoencephalotomies for Pain Relief
- 9. The function of Nucleus Ruber in Human Body
- Generalized Relation Theory of Torque Balance Method for Azimuthal Anchoring Measurements
- An Improved Stokes Parameter Method for Determination of the Cell Thickness and Twist Angle of Twisted Nematic Liquid Crystal Cells
- A Two-Dimensional Stokes Parameter Method for Determination of Cell Thickness and Twist Angle Distributions in Twisted Nematic Liquid Crystal Devices
- A Novel Method for Determining the Cell Thickness and Twist Angle of a Twisted Nematic Cell by Stokes Parameter Measurement
- Properties of Full-Color Fluorescent Display Devices Excited by a UV Light-Emitting Diode
- Full-Color Fluorescent Display Devices Using a Near-UV Light-Emitting Diode
- Rectal Malignant Melanoma Diagnosed by N-Isopropyl-p-^I-Iodoamphetamine Single Photon Emission Computed Tomography and 5-S-Cysteinyl Dopa : Report of a Case
- Imaging Properties of Double-Layered Liquid Crystal Microlens(Structure and Mechanical and Thermal Properties of Condensed Matter)
- Molecular Orientation States and Optical Properties of Liquid Crystal Microlenses with an Asymmetric Electrode Structure
- Liquid-Crystal Optical Rotator Using Weak Azimuthal Anchoring Surface : Structure and Mechanical and Thermal Properties of Condensed Matter
- Molecular Orientation Analysis of a Design Concept for Optical Properties of Liquid Crystal Microlenses : Structure and Mechanical and Thermal Properties of Condensed Matter
- Millimeter-Wave Deflection Properties of Liquid Crystal Prism Cells With Stack-Layered Structure
- Absorption Edges of RF Sputtered Zn_xCd_S Films
- Light Scattering Properties in a Homeotropic-Aligned Liquid Crystal Microlens Array
- Electrical Properties of Ni-Cr-N Thin Films Deposited by Multitarget Reactive Sputtering : Surfaces, Interfaces, and Films
- 197. Clinical Observation of Spontaneous Low Spinal Fluid Pressure Syndrome
- Detection of HIV-RNA in Aqueous Humor and Subretinal Fluid in an HIV Carrier with Rhegmatogenous Retinal Detachment
- Memory Effects of Light Transmission Properties in Polymer-Dispersed-Liquid-Crystal (PDLC) Films
- 3B11 Pretilt Measurement Using Hybrid Alignment Liquid Crystal Lenses
- Milticolor Switching Properties inFluorescent Liquid Crystal Displays
- Patterned Alignment of Liquid Crystal on Photopolymer by Single-Exposure Photocuring Process
- A Novel Alignment Process in Liquid Crystal Cell Fabrication Using Reversible Poly (Vinyl-Cinnamate) Photoalignment Technique
- Alignment of Liquid Crystal on Poly(Vinyl Cinnamate)Photopolymer and Anchoring Direction
- Reverse Mode and Wide Viewing Angle Properties in Polymer Dispersed Liquid Crystal Cells Prepared Using a UV Curable Liquid Crystal
- Cross-Sectional Observations of Laser Addressed UV Curable Smectic Liquid Crystal Cells
- A Radial Molecular Orientation Using a Flow-Induced Aligning Method in a Nematic Liquid Crystal Cell
- Alignment of Liquid Crystals by Copying an Aligning Function of Polymer Films into a UV Cured Polymer Surface
- Liquid Crystal Lens Array with Hexagonal-Hole-Patterned Electrodes
- Relationship between Film Thickness and Electro-Optical Properties in Polymer Dispersed Liquid Crystal Films
- Effects of Surface Acoustic Waves on Molecular Orientation in Nematic Liquid Crystals
- Cylindrical Liquid Crystal Lens and Its Applications in Optical Pattern Correlation Systems
- Millimeter-Wave Transmission Properties of Nematic Liquid-Crystal Cells with a Grating-Patterned Electrode Structure
- Optical Properties of Liquid Crystal Lens of Any Size : Optics and Quantum Electronics
- Liquid Crystal Anamorphic Lens
- PD11 A New Liquid Crystal Prism with an External Electrode
- Liquid Crystal lens with Insulator Layers for Focusing Light Waves of Arbitrary Polarizations
- 3A17 A Liquid Crystal Lens with an Intermediate Insulating Layer
- Vibrational Relaxation Measurements of Methane by a Lazser Schlieren
- Optical Properties of a Polymer-Stabilized Liquid Crystal Microlens
- Visualization of Molecular Orientation by Using a UV-Curable Liquid Crystal
- Optical Properties of a Polarization Converting Device Using a Nematic Liquid Crystal Cell
- A Liquid Crystal Microlens with Hole-Patterned Electrodes on Both Substrates
- Optical Properties of a Liquid Crystal Microlens with a Symmetric Electrode Structure
- Memory Effects in Nematic Liquid Crystals by a Surface Molecular Reorientation
- Liquid-Crystal Fresnel Zone Plate Fabricated by Microrubbing
- Electrooptical and Response/Relaxation Properties of Liquid Crystal Cells in In-plane Switching Mode with Polyvinylcinnamate Photoinduced Alignment Layer
- Light Scattering Effects in a Randomly Arranged Liquid Crystal Microlens Array
- Novel Liquid Crystal Grating with a Relief Structure by a Simple UV Irradiation Process
- A Double-Layer Polymer/Liquid-Crystal Grating with Polarization Direction-Independent Diffraction Properties
- Electrooptical Properties of a Polymer/LC Grating Fabricated by UV Irradiation
- Optical and Electrical Logic Operations by a Liquid Crystal Bistable Optical Device
- Improvement of Optical Properties and Beam Steering Functions in a Liquid Crystal Microlens with an Extra Controlling Electrode by a Planar Structure
- Flip-Flop and Oscillating Behavior Obtained with Serial Connection of Liquid Crystal Bistable Optical Device Pixels
- Liquid-Crystal Blazed Gratings with Spatially Distributed Pretilt Angle
- Rotational Behavior of Stripe Domains Appearing in Hybrid Aligned Chiral Nematic Liquid Crystal Cells
- Fundamental Properties of Novel Design Microstrip Line Type of Liquid Crystal Phase Shifter in Microwave Region
- Improvement of Aberration Properties of Liquid Crystal Microlenses using the Stacked Electrode Structure
- Polymer Stabilized Liquid Crystal Grating Consisting of Periodic Reverse Twist Domains
- Dependence of Optical Properties on the Device and Material Parameters in Liquid Crystal Microlenses