Examples of using Angular momentum in English and their translations into Japanese
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Mathematically, angular momentum is a product of two numbers, one that gives the spin rate and one that gives the distance of the mass from the axis.
And then I remembered,‘Oh yeah, gravity and angular momentum is gonna keep us revolving around the sun for probably a long, long time.'.
As an example of our recent achievements, we have given a certain theoretical result for the total orbital angular momentum of chiral superfluids, which has remained paradoxical for 40 years.
It was demonstrated that these are open lines of a poloidal magnetic field, which extend to large distances above the disk surface into the low-density but highly magnetized disk coronae, that can extract the energy and angular momentum of the accreting matter in a form of jets.
In the former state, matter from the companion star accumulates on the disk's outer edge because the viscosity of the disk is low and, accordingly, the matter's angular momentum is not fully released.
The total angular momentum of the system is conserved, but the angular momentum can be transferred between the orbital periods and the rotation rates.[21].
Since the matter flowing out from the companion star's gravity sphere has angular momentum, it accretes, as forming a thin disk that moves in Kepler rotation locally, to the surface of the white dwarf.
Chin-Fei Lee and colleagues observed that a narrow, high-velocity jet that is launched very close to the star removes any residual angular momentum, allowing disk material to accrete onto the star itself.
So this is the suggested link: cosmic rays affect cloud cover, which affects the atmosphere's energy budget, which may alter the wind speeds and organization, which changes the Earth's angular momentum hence(length of day).”.
The problem with this hypothesis is that it does not explain the angular momentum of the Earth-Moon system or why the Moon has a relatively small iron core compared to the Earth(25% of its radius compared to 50% for the Earth).
There are considered to be at least two different scenarios for binary black hole formation and looking at the combination of the spins of the black holes(the angular momentum of the material from which the black holes formed) could provide a way to test these competing theories.
The problem with this hypothesis is that it does not explain the angular momentum of the Earth-Moon system, nor why the Moon has a relative small iron core compared to the Earth(25% of its radius compared to 50% for the Earth).
But there are problems with this model, too, such as the difficulty of explaining where all the extra angular momentum went after the moon formed, and the researchers aren't claiming to have refuted the giant impact hypothesis.
What is most interesting is the idea of possible factors affecting earth's angular momentum and the effects they might have on earth processes affecting climate, as well as the role of the Sun in all of these phenomena.
In addition to the observation of this fundamental transition, this work represents both a decisive technological step towards laser cooling of antihydrogen, and the extension of antimatter spectroscopy to quantum states possessing orbital angular momentum.
In these compounds, d-electrons, unpaired electrons in transition-metal elements, mainly determine properties such as electric conductivity and magnetism. *2 Orbital state Electrons in an atom are diffused in various patterns in accordance with their energy and angular momentum, and such patterns are called orbital states.
Angular momentum coupling in atoms is of significance in atomic spectroscopy.
Angular momentum coupling in atoms is of importance in atomic spectroscopy.
Angular momentum coupling of electron spins is of importance in quantum chemistry.
Angular momentum coupling of electron spins is of significance in quantum chemistry.