Journal of Applied Physics, Vol. 46, p. 3178 (1975)
The problem of obtaining a uniform magnetic field within a nondegenerate ellipsoid by the use of an appropriate surface current distribution is solved.
Journal of Applied Physics, Vol. 46, p. 3178 (1975)
The problem of obtaining a uniform magnetic field within a nondegenerate ellipsoid by the use of an appropriate surface current distribution is solved.
The tetrad formulation of general relativity allows a non-tensorial decomposition of the gravitational field into two components which have been thought to represent the permanent and inertial parts. It is shown here that this division does not hold for arbitrary motions in a flat space-time, and therefore cannot be expected to hold in more general spaces.
Aust. J. Phys. 27, 131 (1974)
Shows that the special theory of relativity may be applied to the problem of the rotating disk if one includes the Thomas precession.
Nature Physical Science 230, 197 (1971)