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… only one or two volts to disassociate an electron from an atom, but when you consider the minute size of an atom, this represents a very high electric field strength. … High voltage gradients impose strong longitudinal forces on atomic groups. If the higher voltage gradients can be …

… is quite feasible. Even if released in macroscopic matter (atoms), the gain factor may be as high as 1030 or so. Even … of a classical photon with an orbital electron of the atom. In comparison to an orbital electron, the nucleus of …

… Energy Research Moray B. King NonHertzian Effects on the Atomic Spectra of Water Dr. Glen Rein Electromagnetic Energy from Antennas to Atoms Larry Spring. Thoughts on Tesla's Particle Beam …

… sustained by photon interaction with electron shells of the atom. Gravitational aspects occur primarily in and of the nucleus of the atom, since most of the mass of the atom is there. However, … by radiation interaction with the screening electrons in atoms, (2) all our notions of mass, space, time, and …

… of a glass vessel. Electrons were rubbed off the surface atoms of the mercury. In this partially evacuated tube (the … these electrons could gain sufficient speed to excite gas atoms present in the tube while seeking positive ions for … Visible light resulted from relaxation within the atomic structure of these gas atoms. Lacking sufficient …

… spatial observer to be emitted from the nucleus (intra-atomic precursor of wave A, in Figure 7). Within the atom, it is emitted from the nucleus as a sine-squared wave, …

… of the phenomena of radio activity by some other means than atomic explosions. He held that all energy an atom exhibits … explained radio activity as a result of the shattering of atoms by sub-atomic cosmic particles. Whence did they come? …