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Редактировать с помощью Andrew Optimus Goldheart -

Правка одобрена автор Andrew Optimus Goldheart

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[* black] E-inkE-paper, the technology used in [http://bit.ly/10J3REu|many eReaders|new_window=true], works by suspending tiny microcapsules in liquid within a thin film. Each capsule contains positively charged white particles and negatively charged black particles. Adding a positive electric field repels the white particles to the front of the display, while a negative field does the same for the black particles.
[* black] E-inkE-paper, the technology used in [http://bit.ly/10J3REu|many eReaders|new_window=true], works by suspending tiny microcapsules in liquid within a thin film. Each capsule contains positively charged white particles and negatively charged black particles. Adding a positive electric field repels the white particles to the front of the display, while a negative field does the same for the black particles.
[* black] Creating patterns of different fields at various locations on the film generates text and other figures on the display.
[* black] Peeling up the e-inke-paper display film reveals backlight LEDs. The small display only requires three LEDs to light its e-inke-paper face.
[* black] Peeling up the e-inke-paper display film reveals backlight LEDs. The small display only requires three LEDs to light its e-inke-paper face.