Sonoluminescence Cold Fusion Reactor

(Patent pending)

Nuclear Solution for home winter heating and water heating.

Observation:

  ·  The cathode where hydrogen is produced is hotter then the anode.

   ·  The volume of the air output at the cathode is about ¼ comparing the when the cell is operate with the working honk in comparing with volume the cathode is producing when there is no ultrasonic wave is bombarded. There is evidence that the higher the temperature reading the less amount of air producing from the cathode

· The system as such will elevate the. temperature reading at the fast rate only when both the cell and the honk are working,

·  Very much the environment (pressure, viscosity . . .) dictates and maintains a 'ceiling' temperature, above that point the liquid does not 'dissolve' the hydrogen to cause the phenomenon stop..

Abstract:

Sonoluminescence Cold Fusion Reactor is an apparatus, method to produce heat (energy) by concurrently bombarding supersonic energy and introducing hydrogen bubbles in water, the sonoluminescence phenomenon of hydrogen bubbles.

 Description:

-         The setting up of system includes an open, graphite anode, graphite cathode water plus <1% table salt as electrolyte electrolytic cell, That electrolytic cell is bombarded by acoustic supersonic wave, by attaching a supersonic honk to the wall of the cell.

-         The wall of this electrolytic cell is then attached to a supersonic honk.

-         The voltage of the (DC) current is to be adjusted for the cell to produce of about 1/20 cc of hydrogen per minute.

-         Starting from room temperature (70 degree Fahrenheit)

-         Operating at room atmospheric pressure.

Why had our previous attempts  fail?

-        Sonoluminescence only functions at relative low temperature before the fluid (water) looses its grasps to hold air particles within otherwise they evaporate and the phenomenon ceases.

-        The process is trying to "fuse" the hydrogen (or deuterium) of the liquid not hydrogen gas in the liquid. There is no free hydrogen gas to be fused; while. the sonoluminescence requires "gas" in the liquid.

-        Sonoluminescence occurs when the liquid is the "solvent" and the air is at molecule level therefore 'bubbles" will escape unaffected..

The Poor Man Set Up: Precaution of radiation please

-         I use a 8 oz jell glass jar

-         I bought the contractor mechanical pencil lead to use it as anode ($1.99 at Home Depot)

-         I use aluminum as cathode – It can be any thing (steel, or pencil lead) they all work.

-         For The ultrasonic honk I bought a ultrasonic cleaner – (79.97 from Harbor Freight This model has a heat feature don’t use it) – I fill it with about 1 inch of water and put that “jar” inside. – This cleaner model only allows me to make it run 8 minutes then I have to restart. Please making sure that you open it up to unplug (1) the resistor that to heat the pan (2) the thermo coupe that's used to turn the system off when the pan becomes too hot.

-         To provide a DC I use a cheap car battery charger. or you can use a 9 volt battery.

-         I did not put to much salt; few drops in the water (in the jar) for my battery charger will automatically such off it I put too much.

-         The system is “kind of” relate to the surface of the cathode

-         For verifying purpose;  there is heat radiated from the ultrasonic honk. .When testing the 'jar you need to compensate for it by adding ice  to keep the 'pan' cool or cold.

Some ‘Guessing’ explanations: Until thing can be recreated and verified by others entities these explanations only serve as educated guess.

-         There is not a reasonable explanation of those excess heat energies either by mechanical or chemical factors the only explanation left is there is some kind of fusion did happen.

-         Since the system does not use deuterium (D) if the fusion did happen it has to start with the H + H à D. (to hydrogen atoms fuse to form one deuterium + energy.

-         Even that this is subjective operator did experience some kind of asphyxia this make us to believe there is also supporting the existence of He (helium) via the fusion of D+D àHe. - I doubt this reaction did happen.

Immediate suggested applications:

- To pre-heat water before it is to be fed into home use water heater.

- Cold area of the world can use this as home heating.

The Challenges:

-         A system of stream engine in combination with a condenser system to run generators using low boiling point liquid such as CO2.

-         Finding a combination to raise. the ceiling temperature to the point it can make the water boiled (even with the high pressure).

Picture Gallery:

Reactor in a jar

Using the metal wall as the cathodes

How much salt

Equipments

(c) P. Tran 2009.

Contact: m y p h i t r a n (at) Gmail dot com

  ·  The system as such to produce next to nothing (less then 1/20cc/minute) cannot explain the heat of raising 1 liter of water a 30 degree range in about 16 minutes.

·  At first I suspect there is some chemical reaction such as the burning of hydrogen but that small amount of hydrogen (of about 1cc) can not produce such high amount of energy.

· The heat can be observed to be instantly at the vicinity of the cathode.

·  There is an unusually cool down or staying warm hours after the power sources are turned off; more data and observation to be collected to support this ‘heat after death’ phenomenon; our observation leads us believe this phenomenon only happens once the system reach a certain warmness (90 degree perhaps ?) not right after the first few minute. Because our electrolytic cell is in the tub partially fill with water, this phenomenon seem to extend its reach to the water contained in the tub

· Too much salt or too much the current will producing bleach at the cathode

Other notes:

· Some may argue this is some kind of chemical reaction. If it is . . . So be it. The amount of energy it radiates and the ingredient is only water and a simple supersonic speaker could do the job.

· At the least it will work as pre-heat water heater. 

·   Once the water come to the "ceiling' temperature there will be hydrogen escapes form the fluid .

·   There is other measure to increase this 'ceiling' to near boiling point. more study needed to address this issue.

·   It seems that the acidic fluid has more grasp of the hydrogen within (for the phenomenon to happen) then the alkaline - the bubble escape too fast?-.

·   It seems that if the current is too high, making the hydrogen to form  visible stream of bubble;  the liquid looses its grasp making the vapor evaporated (escape) - More power does not bring more result but otherwise?