Enhanced energy concentrator composition
OwnerMichael H Gurininventor
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Abstract
A thermal concentrator composition with optimized design and reduced thermal resistance as a means of enhancing heat transfer and energy conversion. The composition comprises a low thermal resistance coating and methods of achieving quantum regions of energy transfer and non-linear design features resulting from cost effective manufacturing methods applicable to the material composition. The thermal concentrator composition is selected principally from the group of surface coatings, preferably comprised of diamond coatings, which are critical to obtaining maximum thermal transfer through classical and such quantum means including tunneling, waves, and phonon conversions.
Claims15
A thermal concentrator comprised of a channel between the hot side to the cold side, wherein said thermal concentrator is comprised of a surface nanocomposite coating having nanoscale particles less than 100 nanometers creating a path having reduced thermal resistance and a multi-layer nanoscale channel wherein at least one layer through the channel connecting a hot side to the cold side is less than 100 nanometers for directional control of the axial flow of electrons or thermal energy within said channel and wherein said channel is further comprised of alternating layers selected from at least two layers from the group consisting of positive electrical potential electrode, negative electrical potential electrode, piezoelectric film, intrinsically piezoelectric film, electron or wave propagation film, acoustic coupling film, acoustic mixing film, and thermal barrier film.
A thermal concentrator wherein at least one layer within a channel between a hot side to a cold side is comprised of altemating layers selected from at least two layers from the group consisting of:
- positive electrical potential electrode;
- negative electrical potential electrode;
- piezoelectric film;
- intrinsically piezoelectric film;
- electron or wave propagation film;
- acoustic coupling film;
- acoustic mixing film;
- and thermal barrier film as a means of accelerating the energy transfer between electrons, phonons, electrons to phonons, or phonons to electrons.
Dependencies are inferred from the claim text.