Sentences with phrase «many white particles»

It is also common to see white particles that look like seeds in the stool.

I just now started to use some and noticed that one of the bags has little white particles in it when thawed.

Applying an electric field through the organic circuit to a particular area of the display attracts either the black or white particles, causing that part of the screen to turn either white or black.

This «ink» consists of thousands of capsules containing positively charged white particles and negatively charged black ones.

I purchased one long piece of white particle board and six knobs for this project from Home Depot.

Applying an electric field through the organic circuit to a particular area of the display attracts either the black or white particles, causing that part of the screen to turn either white or black.

This «ink» consists of thousands of capsules containing positively charged white particles and negatively charged black ones.

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.

If the white particles are at the visible surface, that area of the display reflects a white color to the viewer.

In such a scenario, if it is the white particles that are oriented towards the visible surface then the region will be depicted as white to the viewer.

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

When an electric field is applied (when turning pages, making selections, etc), the charged white particles move either to the top or the bottom of the fluid, depending on the polarity of the electric field applied.

SiPix epaper displays are created by inserting electrically - charged white particles into a black dielectric fluid within Microcups.

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.

While this is perfect for creating resilient monochrome and even grayscale images, where teeny - tiny black and white particles arrange in different distances to the surface of the display to form an image, it poses a problem when trying to show things in color.

Using electricity, we can choose whether the black or the white particles are on top - and thus create a black or white «pixel».

The positively charged white particles and negatively charged black particles react to changes in electrical current, moving to the display surface and coloring the surface.

By introducing a negative or positive charge, the black or white particles inside an EPD that carry a corresponding charge are moved to the surface of the display, where they create a picture or text.

While the arranging of small black and white particles in different distances to the surface of the display is perfect for black and white or grayscale images, it poses a challenge when trying to show things in color.

When the white particles of the e-paper display are pushed to the surface to reflect ambient light, the embedded RGBW filter reflects color back to the reader by combining the red, green and blue elements.

This is a particle - based display, which was conceived originally by Isao Ota in the 70s, where white particles in a dark dye, or oppositely charged particles in a glass cavity, provided the contrast media.

An interim solution was found in the three - color - ink display which operates similarly to the monochrome one, the only difference being that a third pigment is added to the black and white particles of the EPD film.

This technique sees white particles suspended in a dark liquid.

[15] In early versions, the underlying circuitry controlled whether the white particles were at the top of the capsule (so it looked white to the viewer) or at the bottom of the capsule (so the viewer saw the color of the oil).

When they shed, many white particles are released from their coat, landing on rugs and furniture everywhere they go.

Flea eggs are small white particles, similar in size to flea dirt, that fleas lay in a pet's hair coat.

POPE.L Mal Content 1992 Acrylic, gel medium, newspaper and peanut butter on white particle board 34 7/8 by 24 3/4 by 2 in.

Can gray, a mixture of black and white particles, have a probability of actually turn into black and white again.

most of the storage is that cheep white particle board shelving which has seen better days.

Not exact matches

Some scientists believe that an electrical apocalypse could really occur, in the event of an electromagnetic pulse attack, described in one 2008 white paper as «a high - intensity burst of electromagnetic energy caused by the rapid acceleration of charged particles.»

When I glance down, I can see my toenails are painted a shade of vampy maroon, my feet sit flat against a white tile floor covered in a hideous patina of flour, sugar, and fiber particles that have migrated from the jute runner in the hallway.

It is also water proof and contains natural ingredients such as green and white tea, avocado and non-nano particle zinc oxide.

Milk is creamy white and is made up of lots of particles but together you can not see them, milk looks smooth!

Because these black particles absorb more heat than white snow, the study of black carbon concentrations in glaciers is important for predicting future melt rates.

But light - colored particles — white and gray particles primarily — reflect sunlight and enhance cloudiness, causing more light to reflect.

Jacobson noted that some carbon particles — specifically white and gray carbon, the variants associated with some types of ash — can exert a cooling effect because they reflect sunlight.

The next step will be to examine how magnetic microrollers behave under flow conditions with auxiliary particles, such as red and white blood cells, and whether it is possible to persuade the magnetic particles to move against the flow as well.

Such particles might be created in pairs (red in the lower right corner and blue in the upper left corner, illustrated above) in collisions of proton beams (white) at accelerators like the Large Hadron Collider.

Phagocytosis is a process by which white blood cells called macrophages digest cellular debris and foreign bodies and particles.

Inside, hundreds of scientists in white coats are sitting in front of a huge screen that shows live images from the particle collisions of CERN's accelerator.

White and his colleagues generated the muon antineutrinos using a linear particle accelerator at Los Alamos.

Scientists have long suspected that one oft - discussed geoengineering technique — shooting tiny sulfate particles into the upper atmosphere to deflect sunlight — could turn the blue sky white.

But the white glue particles left on both plates demonstrate that the bond between metal and glue is not broken, but rather the glue itself.

Most commercially - available white products — such as sun creams, cosmetics and paints — incorporate highly refractive particles (usually titanium dioxide or zinc oxide) to reflect light efficiently.

The public release of GPS energetic - particle data was conducted under the terms of an October 2016 White House Executive Order.

Further searching turned up retroviral particles, which could kill white blood cells and which also reacted with antibodies from infected patients.

Both free - ranging and captive white - tailed eagles showed the same selective feeding pattern: iron particles of up to 3 mm were ingested very frequently, whereas larger metal fragments were typically detected and removed from the food.

Assuming that dark matter particles are fairly heavy and can interact with each other in some way, they could increase the white dwarf's density enough to make it explode.

Complex cells like amoebae (pictured right) and white blood cells can «swallow» large particles by engulfing them and pinching off the «bubble» containing the particle, a process called endocytosis.