Примери за използване на Electromagnetic signal на Английски и техните преводи на Български
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An electromagnetic signal.
But this is not about quantum analysis of electromagnetic signals.
Emits an electromagnetic signal.
Further, DNA could receive andbe conditioned by electromagnetic signals.
Radio is a wireless transmission of electromagnetic signals through the atmosphere or free space.
Adopting CPLD technology in data processing,free from the interferenance of electromagnetic signals.
Radio is the radiation, or wireless transmission, of electromagnetic signals through the atmosphere or free space.
An electromagnetic signal flies through space at the speed of light, and it only passes by our antennas for a fleeting moment.
Use CPLD technology in data processing, to avoid the interference of electromagnetic signals.
Cellular phones, which send electromagnetic signals, can interfere with proper device operation.
Therefore, the observer-2(located in the frame of reference, related to the Earth's surface),will measure a higher speed of the electromagnetic signal(or of the light beam).
Modulation is normally applied to electromagnetic signals like radio laser and optical signals. .
Therefore, the observer-2(located in the frame of reference, related to the Earth's surface),will measure the speed of the electromagnetic signal(or of the light beam) and will get.
Station A transmits an electromagnetic signal(light beam) eastward at time tI to station B, which receives it at time tF.
The time interval of the signal travel is(tF- tI), butit is smaller than the travel time interval(tF- tI) of the electromagnetic signal in the case“ Eastward Transmission”.
Station A transmits an electromagnetic signal(light beam) at time tI, but now westward to station B, which receives it at time tF.
Georadar registers the changes in electrical characteristics(conductivity and permeability/ permeability) of the environment, which are directly related to the type of soils and rocks andto the physical and chemical properties, sending by electromagnetic signal to the ground surface by means of its two-frequency antenna(simultaneously on both frequencies) below it and records the strength of the reflected signal and the time it takes to return it to the receiver.
Using GPS, Kelly also determined that an electromagnetic signal takes 414.8 nanoseconds more time to circumnavigate the Earth eastward near the equator than when travelling westward around the same path(Kelly, 2005).
We go far out into the forest and we hook up something with an electromagnetic signal, and we boost it somehow so the bats can't miss it.
The observer-1 will found that the electromagnetic signal passes in the stationary“empty space” a definite distance- from the position XA(tI) of station A at the moment of transmission tI, to the position XB(tF) of station B at the moment of receiving tF(see Fig. 4.1).
Analysis of the results of the measurement of the velocity of the electromagnetic signal by observers located in the two considered frames of reference.
Distance is calculated from the time it takes electromagnetic signal(laser flash or radio-frequency pulse) to pass path from the satellite to the receiving station, provided that the velocity of the signal is known.
As noted in subsection 10.2 of the monograph“The Special Theory of Relativity- the Biggest Blunder in Physics of the 20th Century”©, published at Smashwords andat Amazon, shift in the frequency of an electromagnetic signal emitted by a space probe is observed evidently when the space probe passes through a gravitational field with a highly changing intensity(for example, going down to the surface of a planet from the Solar system).
They will measure that the distance travelled by the electromagnetic signal is equal to the distance between the two stations D on the ground, plus the distance Δ=V(tF- tI), which the station B passes during the travel-time of the electromagnetic signal(tF- tI) with the speed V(the linear velocity of the Earth's surface in the stationary space at the respective latitude).
Analysis of the results of the measurement of the speed of the electromagnetic signal(or of a light beam) by observers located in the two aforementioned frames of reference.
However, the shift of the emitted frequency of electromagnetic signal when the source is passing through areas with different(or varying) intensity of gravitational field, is not due to the Doppler effect(frequency shift at mechanical waves, depending on the velocity of the source of radiation).
Analysis of the results of the measurement of the speed of the electromagnetic signal(or of a light beam) by observers located in the two aforementioned frames of reference.
Georadar system sends through its antenna device pulsed electromagnetic signal to the Earth's matter into it and register under the reflected signal and the time for its return to the receiver.
The observer-2, positioned on the Earth's surface will see that the electromagnetic signal passes for the same interval of time(tF- tI) exactly the distance D(the distance between the fixed on the ground transmission and reception stations).
If this shift is due to the Doppler effect,the received frequency of the emitted electromagnetic signal from a space probe(that orbits around a planet in equipotential orbit) would shift at every half-circumference of the space probe around the planet.