Приклади вживання Higher frequencies Англійська мовою та їх переклад на Українською
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This Energy Higher Frequencies.
Higher frequencies and our material reality.
More energy, and higher frequencies.
These higher frequencies bring faster speeds and more bandwidth.
You find it hard to hear higher frequencies.
Photons at higher frequencies contain even more energy.
What we see today, is a drive towards higher frequencies.
Of functioning at higher frequencies of conscious awareness.
Body. It carries and transmits more light at higher frequencies.
The higher frequencies are used for cleaning highly polished or delicate surfaces.
Force generators are moreover particularly effective at higher frequencies.
These currents alternate at higher frequencies than those used in power transmission.
The Light from your Sun isbrighter because you are now able to receive higher frequencies than ever before.
This allowed Kaby Lake to hit higher frequencies and better power consumption figures than Skylake.
Modulation can also beused to transmit the information of analogue signals at higher frequencies.
It is this Energy Higher Frequencies able to consistently stay within designated Areas.
The tube has a fundamental frequency butcan be overblown to produce other higher frequencies or notes.
For instance, FM radio waves have higher frequencies and shorter wavelengths than AM radio waves.
At higher frequencies the noise factor increases, reaching 6- 10 decibels at frequencies of 6- 10 gigahertz.
Usually the Energy is developing independently,improving from a low frequencies to higher Frequencies.
Mid-field coupling operates at higher frequencies to deliver power two to three times more efficiently.
Higher frequencies create smaller bubbles that clean more gently but are better able to penetrate cracks, crevices, and blind holes.
Most magnetic steel, most engines are off, lose power at higher frequencies because they heat up.”.
It operates at higher frequencies than near-field coupling, delivering power two to three times more efficiently.
Now, with the manufacturing knob(14nm), we have chipsthat are much easier to cool and can operate at higher frequencies without turning into radiators.
Higher frequencies provide better quality images, but are more readily absorbed by the skin and other tissue, so they cannot penetrate as deeply as lower frequencies. .
However, the growing demand for faster communication, and new and emerging applications of sensing andimaging are driving the creation of technologies that function at higher frequencies.
Higher frequencies provide better quality images but they are more readily absorbed from the skin as well as other tissue, hence they cannot penetrate as deeply as lower frequencies. .