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Something Just Went BEZERK in the Gulf of Mexico. The US Navy just sunk a French Submarine
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[quote:Krispy71:MV8xMTEzNTg2XzM0OTIwNTI3XzJGRTYwOURE] [i][color=blue]Plasma Radiation in a Magnetic Field By B. A. Trubnikov and V. S. Kudryavtsev ENERGY BALANCE OF A HIGH-TEMPERATURE PLASMA INCLUDING THE EFFECT OF MAGNETIC RADIATION In order to study the possibilities of heating [b]a plasma confined by an external magnetic field[/b], it is necessary to take into account the presence of strong magnetic bremsstrahlung in the millimeter and sub- millimeter wavelength range. The existence of this radiation [b]imposes a limit on the use of the [/color][color=red]D-D[/color][color=blue]reaction[/b] to generate energy exceeding the input energy. In considering this effect, the self-absorption of this radiation should be taken into account. ..[/color] [color=blue]Let us examine first the case when self-absorption may be neglected and all this radiation will escape the plasma. This escape of energy proves to be rather considerable at [u]thermonuclear temperatures[/u]. ... However, [u]the energy loss by magnetic radiation is always many times greater than the nuclear energy released in the D-D reaction[/u].[/color] [color=blue]... It is known that the spectrum of radiation due to the motion of an electron along a helical path in a magnetic field consists of discrete lines or [b]harmonics[/b],[/color][/i] Etc ... Interesting contect and WORDS !!! More : [i][color=green] Study of [b]D-D Reaction[/b] at the [b]Plasma Focus Device[/b][/color] http://proceedings.aip.org/resource/2/apcpcs/996/1/83_1?isAuthorized=no [/i] Wiki : Levitated dipole http://en.wikipedia.org/wiki/Levitated_dipole [color=green][i]A power source based on the LDX device would utilize an advanced fuel cycle known as the tritium suppressed DD reaction [b](deuterium-deuterium (D-D) reaction)[/b]. In this fuel cycle the secondary tritium is [u]removed from the plasma, a unique capability of a dipole[/u]. This has advantages relative to the more conventional deuterium-tritium (D-T) reaction of other confinement and compression devices such as the tokamak or inertial confinement fusion (ICF) devices that amplify and focus multiple high-energy beams of lasers, electrons or ions onto tiny pellets of D-T fuel. Although heat and pressure requirements for D-D fusion are more difficult than D-T fusion, [u]the payoff of the D-D reaction is the relative absence of "fast neutrons" produced by the D-T reaction that contaminate the containment vessel and require massive shielding.[/u] In addition, [u]deuterium is readily available in [b]sea water[/b][/u], unlike tritium, which must be bred in reactors before it can be used as fuel in the D-T reaction.[/i][/color] I know this could be all hocus-pocus-talking for many of you .. excuses, but many words in this post together with the previous post rang some harmonics in my brain ..lol... xxxK [/quote]
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My girl friend has a D.E.D link on her laptop from the French Embassy. (She works at the embassy)
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