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Apparatus and Methods for Generating Condensed Plasmoids
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US20140126679
Renewable Energy Production Process with a Device Featuring Resonant Nano-Dust Plasma, a Cavity Resonator and an Acoustic Resonator
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Abstract
Renewable Energy Production Process with a Device Featuring Resonant Nano-Dust Plasma, a Cavity Resonator and an Acoustic Resonator
[ PDF ]
Abstract
The
invention is a renewable energy production process with
resonant nano-dust plasma, with the application of a cavity
resonator and an acoustic resonator. During the process the
acoustic resonator is placed inside the cavity resonator,
and create a series of acoustic resonances with a complex
plasma made of sub-micron sized carbon dust, hydrogen
isotopes and other gases between 10 Pa and 500 kPa at about
2.000° C., thus creating oscillations and thus plasmon
polaritons on the surface of carbon dust particles
oscillating between 10 kHz-5 GHz and in the terahertz range,
which in turn produces heat or electric energy, or creates a
series of nuclear transmutations. The invention is an
embodiment producing renewable heat, formed by a cavity
resonator (30) excited by electromagnetic fields, and an
acoustic resonator (10). In the acoustic resonator (10)
operated with a number of acoustic resonances, there are
nano-sized dust particles (1). The electromagnetic cavity
resonator (30) is cylindrical, spherical or rectangular with
mirror-like internal walls (31), inside of which the
cylindrical or spherical acoustic resonator (10) suitably
made of heat resistant and electrically insulating material
is mounted.
Abstract
The subject of the invention is a process for heat production with nuclear interactions. During the process the gas is pumped through a stack of nanoparticles in a device featuring an internal and an external chamber via an inlet and an outlet opening, and the process is initiated by heating the device. Further, the subject of the invention is a device accomplishing said process. The device has an interconnected internal chamber, and surrounding said chamber there is an external chamber having at least one inlet and one exit opening. There are nanoparticles in the internal chamber. There is an impermeable wall between the two said chambers. The internal chamber is separated from the exit opening by a heat resistant, porous ceramic wall. There is a heating element on the internal side wall.