Примеры использования Moving frame на Английском языке и их переводы на Русский язык
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The electromagnetic wave cannot catch up the moving frame.
In this case, we affirm that the moving frame has no its own space, it has only coordinate axes.
Fig. 3‑8b illustrates the situation as it appears in the moving frame.
In Galileo's theory, the division values on the axes of the moving frame K'(thin lines) are the same as in the immovable K.
It is supposed that the chronometers are located at the origin of the moving frame.
Now let us analyze the question, how in the moving frame photons are registered(taking into consideration that they have corpuscular properties).
For answering the question“how much will it be according to the measurements with the aids of the moving frame?
While the rest frame has space andtime axes at right angles, the moving frame has primed axes which form an acute angle.
The absolute frame, in the given case it is 2C, andthe notion“velocity measured with the aids of the moving frame”.
If it is the velocity of the moving frame as measured by the observer, then the observed superluminal motion in radio jets starting from the core region becomes a violation of SR.
But, as well as in case(5.6),in accordance with the time transformation, this time in the moving frame will be measured as.
In the soliton relativity, the moving frame has no one's own time, and, according to(3.7), not time dilates, but the rate of physical processes decreases.
There is no physical error in this case, since it is easy to show that in this case,t' has the meaning of the time in the whole moving frame.
If it is the velocity of the moving frame as measured by the observer, then the observed superluminal motion in radio jets starting from the core region becomes a violation of SRT.
In this case, the division value both on the space axis andon the time one of the moving frame depends on the frame velocity.
On the diagrams suggested by Minkowski, in a moving frame, the space and time axes are simply slanted at the equal angle, which depends on the moving frame's velocity,[3-5].
For answering the question“how much will it be according to the measurements with the aids of the moving frame?”, one should use the time transformation.
The quantity t2 is the duration of measuring the wave period in the moving frame, however, not with its aids, but with the aids of frame K, therefore expression(7.2) is not the relativity theory yet.
In contrast to Lorentz's time transformation, the quantity t in equation(2.15)has the sense of the measured value of time in the whole moving frame, i.e.
As seen from the table, at the moment, when all the chronometers in K showed zeros,all the chronometers in the moving frame showed different time, and only the chronometer at x=0 showed zero.
In the soliton world, the moving frame has no its own time, the rates of physical processes really decrease proportionally to G. On the basis of this phenomenon, the time transformation is made up.
The necessity of motion along the world line is attributed to all material objects, butit does not concern the moving frame for some reason- it is enough to turn the coordinate axes.
In Table 1, the calculations for the time t' in a moving frame, if V=2 108, x=108 at different moments of time t, and also the time t* in the moving frame without subtracting the correction for the local time t*=t/G.
When observing both photons aside imaginarily, we see how propagation of the wave process along axis y in the moving frame becomes slower and slower as the chronometer's motion velocity increases.
One can also say that through(2.15)we declare that in the moving frame all chronometers not only go in one rate, but also their hands show the same time on the whole infinite space axis(in contrast to the SRT, there is no dependence of t on the space coordinate).
They reflect the dependence of moving bodies' geometrical parameters, and also physical processes' rates on the motion velocity, butthe information about the results of chronometers' synchronization in the moving frame cannot belong to the nature laws.
Therefore, we should say clearly, that through(2.15)we declare that in the soliton world in the moving frame, time is measured incorrectly, since all electromagnetic processes without any exception decrease their rate.
In this case, we try to ground, or even simply to guess, how the geometrical properties of moving material bodies and rates of processes change,then we attribute these properties to the moving frame, and seek conclusions, which can be tested experimentally, from the assumptions we have made.
The basic difference consists in the fact,that the marks on the space axis of the moving frame are located denser(moving bodies are shortening), and on the time axis, on the contrary, marks are located sparser(the chronometers' ticking rate decreases).
As seen, now event A is also located in the present time,though the characteristic of this present is different in different frames- in the moving frame, it is lower, only 2 marks, in comparison with 4 marks in the immovable frame. .