Examples of using Spherical shell in English and their translations into Greek
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In the spherical shell problem, Fig.
Is a very interesting conclusion of the spherical shell.
In the spherical shell problem, Fig.
The principle of equivalence and the spherical shell problem(SSP).
In the spherical shell problem, Fig. 1, we will prove that.
That the Moon has the form of a spherical shell with mass and radius Ro.
A spherical shell of mass m1, within which there is another mass m2(m1≠ m2) Fig.
At the centre of the spherical shell m1, we place a point mass m2.
NOTE: We need to stress,at this point, that in the spherical shell problem, Fig.
In the spherical shell problem, let us take, e.g. relations(4) of the basic relations(4) and(4.1).
An interesting, second solution to the spherical shell problem, Fig.
Let us assume that spherical shell m1(Fig. 2) is an“elevator” free-falling in the gravitational field of mass M.
At a distance h from the centre of the spherical shell m1, is a body of mass M.
The first manned spherical shell by our self-developed 4500 meters submersible, recently in BaoTi group of factory inspection.
A bright explosion emits an expanding spherical shell of light or other radiation.
A spherical shell of mass m1, within which there is another mass m2(m1≠ m2)(Fig. 2), will be called“detector of gravitational fields”.
Moreover, at the center of the spherical shell we place another point mass m2,(m1≠ m2).
From now on, relations(4)will be referred to as the basic relations of the spherical shell problem(SSP).
This drove them together into a tiny enclosed spherical shell like a soap bubble, which protected the interior.
This is, therefore, the big mistake that many physicistsmade(and continue to make) in solving the spherical shell problem(SSP).
Let us assume(Fig, 1) that spherical shell m1 is a spherical elevator in which there is an observer(Ï).
These are, therefore, the(6)steps we used to solve the spherical shell problem, Fig.
At the centre of the Moon(i.e. the spherical shell m1) we place an aluminium sphere with mass m2(similar to the size of a football).
At a distance h from the center of this mass M, we place a spherical shell of mass m1 and radius R.
Shaped like a spherical shell, the region supposedly contains many comets, which are occasionally pulled out of the Oort Cloud and sent toward the Sun.
This is the first time that such a structure,along with an outer spherical shell, has been found around a red giant star.
Note: In cases(a),(b),(c) above, we assume that at the moment t1>0, the point mass m2 is always within the spherical shell m1.
Earlier observations had clearly shown a spherical shell around R Sculptoris, but neither the spiral structure nor a companion was found.
In 2006, Hubble observed SN1995E to be fading in a way that suggested its light was being scattered by a surrounding spherical shell of dust.
Earlier observations had clearly shown a spherical shell around R Sculptoris, but neither the spiral structure nor a companion was found.
