| 1. Monolayer gyricon display provides improved
brightness/contrast performance |
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| 2. Reflective mesh electrode reduces switching
time of electrophoretic display |
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| 3. Dielectric droplets reduce response time
of flat panel display |
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| 4. Microencapsulation of electrophoretic composition
improves electrophoretic display stability |
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| 5. Nanoparticles reduce switching time of encapsulated
electrophoretic display |
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| 6. Bichromal cylinders obtain improved brightness
of gyricon display |
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| 7. Exercises by electrical field and heat improve
visual contrast of a gyricon display |
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| 8. Twisting balls provide fast response of flat
panel display |
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| 9. Electrode matrix records fixed and moving
images in electrophoretic layer |
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| 10. Multiplicity of two-color ball particles
in micro-capsule enhances contrast ratio of display
image |
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| 11. Organic-based field effect transistors address
pixel without interference from adjacent pixels
in microencapsulated displays |
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| 12. An initializing alternating drive voltage
prevents flexible display particle coagulation |
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| 13. Inverse electrorheological fluid reduces
switching time of electrophoretic display |
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| 14. Microstructure with reflective corona enhances
image contrast of gyricon display |
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| 15. Liquid droplet provides sheet display |
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