Приклади вживання Three-dimensional images Англійська мовою та їх переклад на Українською
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Three-dimensional images of plaster or plaster.
To view high-quality three-dimensional images do not need 3D glasses.
Three-dimensional images created by application of the plaster in the far layer.
Soviet physicist J. Denisyuk discovered holography(three-dimensional images using laser).
It is interesting to look three-dimensional images and ornaments, made on the uncured composition using stencils.
On surfaces, are remote from the working zone, make three-dimensional images for the walls.
Its new versions are distinguished by three-dimensional images, on which one can see the terrain, three-dimensional images of various objects and not only.
Create virtual panoramas- a way of demonstrating any space with three-dimensional images.
Moreover, the program is able to create three-dimensional images and panoramas from quite ordinary photos.
A modern smartphone is ahigh-performance device capable of independently processing three-dimensional images.
Computed tomogram(with its help you can get three-dimensional images of bone structures, if you need to clarify the diagnosis).
Creating virtual panoramas-This is a way to demonstrate any space by using three-dimensional images.
Magnetic resonance imaging allows a doctorreceive three-dimensional images of organs, assess the extent of damage, detect a bleeding site, etc.
For example, seascapes bathroom, bathroom sand dunes,interesting textures and three-dimensional images of living.
Using 3D modeling, graphic designers create three-dimensional images of parts and objects that can later be used to create molds and prototype objects.
And soon,users will be able to share images from the site of three-dimensional images Poly of Google.
Using 3D modeling, graphic designers create three-dimensional images of parts and objects, which can later be used to create molds and prototypes of the object.
He was the first to gain reflective holograms, allowing to reproduce three-dimensional images in ordinary white light.
The camera produces three-dimensional images of the heart muscle, so-called SPECT- technology, that allow for an accurate assessment of the blood flow in the individual heart muscle areas.
In the future, such"acoustic tweezers" can be an importantpart of a new generation of displays that shows three-dimensional images.
Magnetic resonance imaging(MRI): A diagnostic test that produces three-dimensional images of body structures using powerful magnets and computer technology.
One chip is placed about 9000 of these structures,which can send and receive sound waves and convert them into three-dimensional images.
This allowed us to create three-dimensional images in real time, scanning layers of lymph nodes in live animals and conducting electronic imaging hundreds of patients,” explained study author Three Fan.
Thus, the technology of GIF-animation allows you to create pseudostereoscopic three-dimensional images(see photo at the beginning of the article).
On one chip is placed about 9000 suchstructures that can send and receive sound waves and convert them into three-dimensional images.
Magnetic resonance imaging(MRI)uses magnetic fields and radio waves to produce high quality two- or three-dimensional images of brain structures without use of ionizing radiation(X-rays) or radioactive tracers.
S- Kazunori Baba of the University of Tokyo developed 3D ultrasound technology andcaptured three-dimensional images of a fetus in 1986.
Magnetic resonance imaging(MRI)uses magnetic fields and radio waves to produce high quality two- or three-dimensional images of brain structures without the use of ionizing radiation(X-rays) or radioactive tracers.
A computer uses thedata gathered by the sensors to construct multicolored two- or three-dimensional images that show where the compound acts in the brain.