Hologram Nature/Properties TRIZ Cases
- Holographic Optical Element Exposure Using Phase-Offset Wavefronts
Multiple phase-offset exposures widen angular and wavelength bandwidth while preserving diffraction efficiency in holographic optical elements.
- Holographic Imaging Profiles for Dual Images in One Substrate Layer
A high-energy beam forms opposing substrate profiles so two distinct images can share one vertical layer and appear from different angles.
- Covalent Adaptable Network Holographic Materials with RAFT Control
RAFT-controlled CAN matrices limit unintended reactions and shrinkage in holographic recording.
- Holographic Grating Nanoparticles for Diffraction and Sidelobe Control
Nanoparticles tune grating index modulation to boost diffraction and limit sidelobes.
- Self-Developing Holographic Media Scatter Reduction
Temperature-controlled monomer diffusion prevents scatter amplification during exposure, ensuring high-fidelity reconstruction of multiplexed holograms.
- Vibration-Free Mechanical Shutter for Holographic Printers
A holographic printer uses a rotating plate with slits to eliminate shutter vibrations that degrade hologram recording quality.
- Scatter Volume Holograms for Homogeneous Light Emission
Irradiating a thick photoactive layer with high laser dosage creates scatter volume holograms that eliminate unlit areas between light strips.
- Hologram Generation via SLM Sub-sampling and Interpolation
Spatial light modulator sub-sampling reduces calculation time while interpolation maintains 3D image quality.