Приклади вживання Electric field strength Англійська мовою та їх переклад на Українською
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This feature is called the electric field strength E.
So how could electric field strength not be dependent upon q if q is in the equation?
An article shows a brief review and analysis of main electric field strength measurement methods.
It is clear that electric field strength is inversely proportional to the distance between the transmitter and the receiver.
If the separation distance increases by a factor of 4, the electric field strength decreases by a factor of 16(4^2).
If the electric field strength is denoted by the symbol E, then the equation can be rewritten in symbolic form as.
The standard metric units on electric field strength arise from its definition.
For the prohibition of movement without means of protection in the ОРУ 330 kV andhigher with an electric field strength of more than 5 kV/ m;
As mentioned earlier, electric field strength is a vector quantity.
For the prohibition of movement without means of protection in the ОРУ 330 kV andhigher with an electric field strength of more than 5 kV/ m;
In ideal free space, the electric field strength produced by a transmitter with an isotropic radiator is readily calculated.[1].
In telecommunications,a field strength meter is an instrument that measures the electric field strength emanating from a transmitter.
Keywords: measurement, electric field strength, dynamic method, digital technology, microcontroller, ADC, GPS, wireless data transmission, auto scale, computer.
In practice, the dielectric between the plates emits a small amount of leakage andhas an electric field strength limit, known as the breakdown voltage.
Like all formulas in physics, the formulas for electric field strength can be used to algebraically solve physics word problems.
Prohibiting posters- to prohibit actions with switching devices, which, if they were turned on by mistake, can lead to voltage on the work site; for the prohibition of movement without means of protection in the ОРУ 330 kV andhigher with an electric field strength of more than 5 kV/ m;
These two changes offset eachother such that one can safely say that the electric field strength is not dependent upon the quantity of charge on the test charge.
The charge that's utilized to gauge the electric field strength is called a test charge as it is utilised to check the field strength. .
This is not inconsistent with theequations of electrodynamics if we assume that current density and electric field strength are axial vectors and- at the same time- that electric charge is a pseudoscalar.
Property Gas Plasma Electrical conductivity Very low:air is an excellent insulator until it breaks down into plasma at electric field strengths above 30 kilovolts per centimeter.[22] Usually very high: for many purposes, the conductivity of a plasma may be treated as infinite.
Volts are useful, because they neatly describe the size and strength of any electric field.
Then, they slowly ramped up the strength of an electric field to see how the gold atoms reacted.
The strength of the source charge's electric field could be measured by any other charge placed somewhere in its surroundings.
These electric field lines will extend to infinite decreasing in strength by a factor of one over the distance from the source of the charge squared.
This will increase the strength of the structure, to reduce solar heating, to enhance the condensation of water vapor by supplying electric field(for example, there are experiments to use for this corona discharge), and if necessary, to reduce icing due to the supply current.
This will increase the structural strength, reduce solar heat, to increase the condensation of water vapor through the filing of an electric field(for example, have experimented with this corona discharge), as well as the need to reduce the ice due to current supply.
A subtle and careful analysis in 1933 by Niels Bohr and Léon Rosenfeld[12] showed that there is afundamental limitation on the ability to simultaneously measure the electric and magnetic field strengths that enter into the description of charges in interaction with radiation, imposed by the uncertainty principle.