Examples of using Nanometers in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
so by reducing the thickness by three quarters(from 10 nanometers to 2.5), the researchers created coatings that lasted more than five times longer than traditional coatings.
especially from a long wavelength of 430-470 nanometers, perceived by man as blue light,
to operate faster in order to perform a calculation faster than before, one of the options is to move from 28 to 16 nanometers to achieve double the number of transistors and faster processing technology.
under the magnetic writer, allowed it to fly less than five nanometers above the disc's surface,
indicates that rod-shaped particles(150 nanometers in diameter by 450 nanometers long) penetrated human cells about four times faster
coming from the sun, which is mostly down in the-- it's like 350 nanometers, which is where it's centered-- that goes right through CO2.
in the range of wavelengths between 400 nanometers and 780 nanometers, provided it is not a device
measurement is much more useful as most affordable lumen meters only measure the intensity of wavelengths up to 580 nanometers.
why we need to use nanometers to measure them, about 1.3 million LDL particles stacked side-by-side would measure only one inch).
One of the mechanical devices he fashioned in his laboratory at Delft University of Technology in the Netherlands is just a few millionths of a meter long- not much bigger than a bacterium- and 250 nanometers thick- about a thousandth of the thickness of a sheet of paper.
Each layer is tens of nanometers thick- much thinner than visible light's 400 to 700 nm wavelengths, making the block opaque to visible light,
FWHM spectral bandwidth is approximately 24- 27 nanometres for all three colors.
Hey, nobody kids about nanometre fabrication.
For example we know that brown hair is zapped at 800 nanometres.”.
The structures found on ALH84001 are 20- 100 nanometres in diameter, similar in size to theoretical nanobacteria, but smaller than any cellular life known at the time of their discovery.
The structures found on ALH84001 are 20- 100 nanometres in diameter, similar in size to theoretical nanobacteria, but smaller than any known cellular life at the time of their discovery.
Forty-five nanometer and below advanced logic applications are in high demand and respective markets are expected to show substantial growth in the coming years.
The chip minimization process, culminating in 5 nanometer geometry, and the transition to building 3D structures create difficult problems requiring a new type of technological response.
The structures found on ALH 84001 are 20-100 nanometres in diameter, similar in size to the theoretical nanobacteria, but smaller than any known cellular life at the time of their discovery.
The production process at 10 nanometer is about to complete an unprecedented delay in the history Intel Of about three years.