Sentence examples for cube of distance from inspiring English sources

For example, magnetic forces drop as the inverse cube of distance — go twice as far away and the strength of the force drops by a factor of eight.

The thermal impacts of a nuclear explosion are always large, scaling faster than blast with larger weapons, since thermal radiation decays as the inverse square while blast decays as the inverse cube of distance from the detonation point.

It is apparent that the magnetic field decreases rapidly as the cube of the distance from the dipole.

As is well established, the distance dependence of the magnetic field noise level is related to the size of the current loop of the noise source, and the limit levels are defined in accordance with the case that the level is inversely proportional to the square or the cube of the distance.

If we assume that the noise decreases as the cube of the distance from the spacecraft center, it is estimated to be below (9;{text{pT}}/sqrt {text{Hz}}) at the MGF-S position after MAST deployment, which is comparable to the noise of the MGF instrument itself, as shown in Fig. 5.

For transmitters based on a dipole excitation source, the generated field strength decreases with the inverse cube of the distance between the transmitter and the sensor [ 24].

In this long interspin distance limit, T = [− T, − T, +2 T], where T is proportional to the inverse of the cube of the distance between the electron and nuclear spins.

The Sun's dipole magnetic field of 50 400 μT (at the photosphere) reduces with the inverse-cube of the distance to about 0.1 nT at the distance of Earth.

He therefore divides the number of electrons by the volume they occupy, taken to be proportional to the cube of the bond distance after those parts of the distance that lie within the atom cores have been subtracted.

The square of the period of revolution of a planet is proportional to the cube of its average distance from the Sun.

During it, he made his initial experimental discoveries in optics and developed (independently of Huygens's treatment of 1659) the mathematical theory of uniform circular motion, in the process noting the relationship between the inverse-square and Kepler's rule relating the square of the planetary periods to the cube of their mean distance from the Sun.