Sentences with phrase «white microcapsules»

The images of screens like this are formed of charged black and white microcapsules, giving them a physicality that LCD screens can't replicate — and a style of pixellation much easier on the eye.

Behind the E-ink screen front are thousands of black and white microcapsules pulled forward or back to form text and images.

Not exact matches

While water won't penetrate those microcapsules, sesame oil can, and mixes readily with the bacteria and becomes white in color.

Each microcapsule contains black and white pigment chips floating in oil.

E-Ink's Vizplex products use electrophoretic technology, in which tiny microcapsules containing even tinier black and white particles suspended in fluid are sealed into a film that is in turn laminated to a sheet of electronic circuitry.

The video goes on to explain the science behind E Ink displays, how tiny ink microcapsules placed between two electrodes rearrange charged white and black pigment chips suspended in clear fluid to form the text or images we see materialize on the display.

At the heart of technology are microcapsules filled black and white microgranules.

In contrast to black and white E-ink screens (Vizplex, E-ink Pearl and E-ink Carta), which are widely used in ereaders, in microcapsules of new displays there're not two kinds of microgranules but three - black, white and painted in any other colour (if you want to know about constructionof black and white screens in details, you can see the material «Principle of working of E-ink display»).

Upon floating up to the surface of a microcapsule of white microbeads its upper surface is painted white, with floating up black - into black.

Electrophoretic technology refers to the process whereby thousands of microcapsules, containing (negatively charged) black and (positively charged) white pigments suspended in a clear fluid, are encapsulated in a plastic sheet.

E Ink's electrophoretic technology puts oppositely charged black and white pigments into tiny «microcapsules» filled with a transparent fluid.

Each microcapsule contains negatively charged white particles and positively charged black particles suspended in a clear fluid.

An E Ink screen's image is made up of microcapsules, either white or black, meaning it has none of the gappy look a similarly - specced LCD screen would have — where subpixels are surrounded by an expanse on black on (very) close inspection.

Each pixel (microcapsule) in the display (the gray circle) contains black (negatively charged) and white (positively charged) ink granules.

The backplane is then laminated with an E Ink frontplane, an array of microcapsules filled with electrically charged black and white pigments.

E-ink pixels are made of a bunch of capsules, and inside each are a bunch of tiny pigmented microcapsules that are pulled around by electrical charges to form an all - black or all - white surface.

Once a positive electric field is applied, the white particle moves to the top of the microcapsule becoming visible to the leader by making the ereader screen white at that specific location and once a negative electric field is applied the black particle behaves the same but making the screen appear darker at that location.

Each of this microcapsule has two particles; a positive charged white particle and a negative charged black particle, both suspended in a clear fluid.

To create white, all of the particles are simply shifted to the side to reveal the white substrate beneath the two microcapsules.