Accoustic Cavitation
Sonoluminescence Applied To Fluids

The electrifying idea of transmitting a virbation sound through a fluid is remarkable and commercially beneficial. Accoustic cavitation opens up a multitude of field applications. The sudden collapse of a bubble fluid will excite the energy potential to create a heat equivalent to the surface temperature of the Sun.

The atom is truly our compatriot. Water is our root. Potential energy is our quest. And, sustainable energy will provide us with the capacity to unlock the Gordian Knot of affordable propulsion.

Therefore, the scientific question arises: HOW TO ECONOMICALLY TRANSMIT A SOUND THROUGH A FLUID TO PRODUCE COMMERCIALLY-VIABLE ELECTRIC POWER BY UTILIZING THE PROPERTIES OF SONOLUMINESCENCE IN A BIOMASS RESOURCE ?

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Industry and commerce can link with the Public Good to produce a variety of products and services utilizing sonoluminescence techniques.

We will examine the H3 found on the moon 1; and, find the energy potential is such that 25 tonnes could supply the USA with electric power for one year. And, we may, also, consider the methane clusters associated with fusion; and, the properties of ammonia and borax.

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The generation of affordable and environmentally-beneficial electric power through sonochemistry is a new science with an old application - resonance.

Within a few years we will no longer be asking: "Who killed the electric car?" Rather, we will be enjoying the benefits of cold fusion technologies. And, there will be a new mode of transportaion called the ITERcar.

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