Sentences with phrase «liquid crystal light»

Not exact matches

The screen is also the first from Apple to use organic light - emitting diode (OLED), instead of the liquid - crystal display that Apple has used in all other iPhones, including the iPhone 8.

That screen will also likely use organic light - emitting diode (OLED) technology, rather than the liquid crystal screens Apple has used in all previous iPhones.

Each subpixel uses a combination of liquid crystals and polarising filters that act like tiny shutters, either letting light through or blocking it.

brandy 6 squeezes CRYSTAL LIGHT LIQUID Berry Sangria Flavor Drink Mix 1/2 small apple, thinly sliced 1/2 navel orange, thinly sliced 1/2 lemon, thinly sliced

Single - serve liquid concentrates, like revitalizing CRYSTAL LIGHT Mango Passionfruit, instantly transforms water into a new refreshing drink with 0 calories per serving and a refreshing better - for - you appeal.

Keep customers happy and returning for more with today's hottest beverage format and the top 3 - selling super concentrated liquids — MiO, CRYSTAL LIGHT and KOOL - AID.

Squeeze in more profits and capitalize on the flavored water trend with the three leading brands in the liquid concentrate category: MiO, CRYSTAL LIGHT and KOOL - AID.

Optoelectronic engineers in China and Hong Kong have manufactured a special type of liquid crystal display (LCD) that is paper - thin, flexible, light and tough.

Unlike conventional liquid crystals where electrical connections on the plates create the fields required to switch individual pixels from light to dark, optically rewritable LCDs coat the plates with special molecules that realign in the presence of polarized light and switch the pixels.

Existing cathode ray and liquid crystal displays are likely to be replaced by a new generation of organic light emitting devices (OLED).

When an electric current is turned on, the liquid - crystal molecules rotate, thus bending the incoming light like a lens.

They colour our liquid crystal displays, darken our sunglasses and provide phosphors for low - energy light bulbs and LEDs.

Electrodes pass current through the apparatus, influencing the orientation of the liquid crystals inside and manipulating the way they interact with the polarized light.

Originally developed for mineralogy, polarized light microscopy is used to inspect liquid crystals and polymers.

But technologies such as light - emitting diodes and liquid - crystal displays have now decoupled the two, giving an unearthly coldness to strange and new structures.

LCDs create an image by sending light from a fluorescent panel through a series of polarization filters and liquid crystal layers.

When an electric voltage reorients the liquid crystal molecules, the light is no longer twisted and can't exit.

Several existing spectacle systems commonly used in virtual reality systems use a liquid crystal screen or mosaic of light - emitting diodes to form a television image which a lens and mirror focuses on the wearer's eye.

The liquid crystal displays (LCDs) that light up laptop computers, cell phones, and other accessories of the digital age make up a $ 21 - billion - a-year business.

By adding different liquid crystal molecules, Khandelwal was able to block nearly 100 % of the sunlight between 700 nm and 1400 nm, yet the transparency of the visible light was still around 90 %, comparable with the transparency of double glazing.

The prototype adaptive soft robot includes a liquid crystal elastomer, doped with carbon black nanoparticles to enhance thermal conductivity, as the artificial muscle, combined with ultrathin mesh shaped stretchable thermal actuators and silicon - based light sensors.

Leonie Mueck writes that the stability of knots in light and liquid crystals «makes them promising candidates for creating a...

«Recently it has been demonstrated that knots can be created in a variety of natural settings including electromagnetic fields, laser light, fluid vortices and liquid crystals.

In a crystal, thin film or even some liquids, an incoming particle of light can slam into an electron, bumping it to a higher energy level and leaving a hole at the energy level where the particle had been.

Traditional spatial light modulators are based on liquid crystals or micro mirrors and provide many independently controllable pixels.

But liquid crystals are relatively slow: Each molecule must entirely change orientation to alter how it interacts with light, to change color or show a new image on a screen, for instance.

Scientists at the Tokyo Institute of Technology reported in last week's Nature (4 February, p428) that they had developed a way of controlling liquid - crystal screens with laser light rather than electrical signals.

In a conventional LCD, applying an electric field to the liquid crystal makes the molecules line up in such a way that they shift the polarisation of light through 90 degrees.

Such materials are called liquid crystals — they polarize light and are widely used in displays.

WASHINGTON, D.C., March 28, 2018 — Optoelectronic engineers in China and Hong Kong have manufactured a special type of liquid crystal display (LCD) that is paper - thin, flexible, light and tough.

Inglot's multidimensional glosses ($ 18 each; inglotusa.com) are jam - packed with liquid crystals, which shift in shade depending on where the light hits, and give high - impact and nude lipsticks alike an extra 3D finish.

Josie Maran Argan Enlightenment Illuminizer is the perfect liquid golden highlight, with high - performance crystals that are infused with multicolored luster pigments to capture and reflect light.

It is a concentrated radiance liquid highlighter for the face, with high - performance crystals that are infused with multicolored luster pigments to capture and reflect light.

Josie Maran Argan Enlightenment Illumizer: A concentrated radiance liquid for the face, with high - performance crystals that are infused with multicolored luster pigments to capture and reflect light.

As soon as the power is switched off, the liquid crystals lose their transparent arrangement again and the light is fragmented in all directions.

They are compatible with electronic paper displays (EPD), liquid crystal displays (LCD) and organic light - emitting diode (OLED) technologies.

Take the iPad for example, it has an in - plane switching (IPS), light - emitting diode (LED), liquid crystal display (LCD) that produces crisp, clear colors under normal conditions.

It reflects light from above, and the liquid crystal shutter is used to produce a monochrome image.

The Apple iPad for example, has in - plane switching (IPS), light - emitting diode (LED), liquid crystal display (LCD) that produces crisp, clear colors under normal conditions.

The liquid crystal layer of the e-paper surface turns light or dark when subjected to a temperature of 86 degrees Celsius or 186 degrees Fahrenheit.

A thermal printer fitted with a thermal head requiring 86 °C (186.8 °F) in temperature and just 37W of power heats the liquid - crystal layer, turning molecules light or dark.

The company's LCD (liquid crystal display) screens include technology to absorb natural light sources to brighten screens, said Mary Lou Jepsen, founder and CEO of Pixel Qi.

It's a Ch - LCD (cholesteric liquid crystal display), thin and light and consumes very little power, and should be cheap to make.

The other nice thing with the new Android tablet named ZTE Light 2 is that it comes with a 7 inch display making it the first in the segment to include the liquid crystal Pixel Qi display.

The former usually features a light source and liquid crystals, while the latter is based on organic light - emitting diodes.

The iPad uses an In - Plane Switching LED back - lit Liquid Crystal Display (LCD) which is similar to display technologies used on current high - end notebook computers and Apple iMac screens.

The vertically vibrating light that emerged from the liquid crystals can now get through the vertical filter.

The vertical polarizing filter in front of the liquid crystals blocks out all light waves except those vibrating vertically.

The horizontally vibrating light that travelled through the liquid crystals can not get through the vertical filter.

A vertical polarizing filter in front of the liquid crystals blocks out all light waves except those vibrating vertically.