Liquid Crystal Compositions TRIZ Cases
- Optical System With Equal-Retardance Plates for VR Ghost Image Elimination
Matched quarter-wave plate retardance and reflective polarization improve VR brightness while minimizing ghost images.
- Dichroic Dye Liquid-Crystalline Media for Uniform Solar Dimming
This case combines liquid-crystal compounds with at least 1% dichroic dye for stable, uniform, high-contrast solar dimming.
- Dichroic-Dye Liquid-Crystalline Media for Uniform Smart Window Dimming
Specific LC structures and dye concentrations balance contrast, switching uniformity, and phase stability in dimmable windows.
- Dichroic-Dye Liquid Crystal Composition for Low-Voltage Smart Windows
This case combines dichroic dye with CTAB and SDS to reduce drive voltage and avoid electrode ion accumulation.
- Heteroaromatic Isothiocyanate Media for Stable, Low-Loss Microwave Switching
Heteroaromatic compounds stabilize liquid crystals for low-loss microwave switching.
- Patterned Cholesteric Liquid Crystal Element for Uniform Brightness
Patterned cholesteric liquid crystal layers equalize light-guide brightness.
- Liquid Crystal Switching Elements With Low-Haze DC Polymerisation
This case uses DC-field polymerisation to orient polymer networks, reducing residual haze in low-energy privacy-window switching.
- Liquid Crystalline Media With Ambient-Temperature Ferroelectric Nematic Phase
New liquid crystal media stabilize ferroelectric nematic phases at room temperature.
- Ferroelectric Nematic Liquid Crystal Media for Ambient-Temperature Displays
Fluorinated compounds and composite mixtures broaden ferroelectric nematic phases for faster, lower-voltage, energy-saving displays.
- Liquid Crystal Medium Composition for Fast, Reliable VA and FFS Switching
Formula-based LC mixtures combine high birefringence and low viscosity to reduce image sticking and support reliable VA/FFS displays.
- Fluororesin Composition Using Melt Flow Ratio to Suppress Agglomeration
This case combines fluororesin with a high-flow resin to improve dispersion, strand appearance, and thermal stability.
- Fluororesin Composition with Bonding-Mediated Agglomeration Control
A high-flow resin with bonding groups improves fluororesin compatibility, dispersion, and molded strand appearance.
- Liquid-Crystal Medium Composition for Fast, Reliable VA and FFS Switching
A tailored LC medium balances fast switching, negative anisotropy, UV reliability, and high VHR in VA and FFS displays.
- Fluoropolymer–LCP Blend With Compatibilizer for High-Frequency PCBs
A compatibilizer bridges LCP and fluoropolymer for stronger, lower-expansion PCB laminates with improved electrical properties.
- Liquid Crystal Device with Hindered Amine Polymerization Inhibitor
Hindered amine inhibitors protect liquid crystal layers from high-energy light damage.
- Liquid Crystal Medium Composition for Fast, Uniform PSA Displays
A tailored negative-dielectric-anisotropy LC medium combines compound types to reduce mura, speed switching, and improve UV stability.
- Mesogen Polymer Dispersant for High-Refractive-Index Liquid Crystal Films
A mesogen polymer dispersant prevents aggregation of high-index particles while supporting liquid crystal alignment for low-haze films.
- Head-Mounted Display Lens Assembly with Heat-Stable Polymer
A thermoplastic polymer matrix with a deflection temperature of at least 50°C resists lens distortion and preserves image quality.
- Positive-Dielectric Liquid-Crystal Medium for Fast FFS Switching
This liquid-crystal medium combines cyclic carbonate and carbonic ester compounds to reduce viscosity and improve low-temperature stability.