Electromagnetic wave energy emitter
OwnerMoshe Ein-Galinventor
Life of this patent
Estimating the term…
Abstract
An electromagnetic wave energy emitter including a generally cylindrical probe including generally coaxial first and second electrodes, each of the electrodes having an at least partially cylindrical shape, one of the electrodes being energizable to emit electrons and the other of the electrodes being adapted to receive the electrons and generate electromagnetic wave energy. A grid element may be placed between the first and second electrodes. A controller may be in communication with the grid element, adapted to control a potential of the grid element. The grid element may have an at least partially cylindrical shape. The grid element may be placed concentrically or non-concentrically with respect to the first and second electrodes.
Claims20
An electromagnetic wave energy emitter comprising:
- a generally cylindrical probe comprising generally coaxial first and second electrodes, each of said electrodes having an at least partially cylindrical shape, one of said electrodes being energizable to emit electrons and the other of said electrodes being adapted to receive said electrons and generate electromagnetic wave energy;
- and
- a grid element placed between said first and second electrodes.
An electromagnetic wave energy emitter comprising:
- a generally cylindrical probe comprising generally coaxial first and second electrodes, each of said electrodes having an at least partially cylindrical shape, one of said electrodes being energizable to emit electrons and the other of said electrodes being adapted to receive said electrons and generate electromagnetic wave energy;
- and
- nanostructures disposed on at least one of said first and second electrodes, said nanostructures being energizable to emit electrons.
An electromagnetic wave energy emitter comprising:
- a plurality of generally cylindrical probes, each probe comprising generally coaxial first and second electrodes, each of said electrodes having an at least partially cylindrical shape, one of said electrodes being energizable to emit electrons and the other of said electrodes being adapted to receive said electrons and generate electromagnetic wave energy, said probes being generally parallel to one other.
An electromagnetic wave energy emitter comprising:
- a generally cylindrical probe comprising generally coaxial first and second electrodes, each of said electrodes having an at least partially cylindrical shape, one of said electrodes being energizable to emit electrons and the other of said electrodes being adapted to receive said electrons and generate electromagnetic wave energy, wherein said probe has a generally helical construction.
Dependencies are inferred from the claim text.