http://www.comteck.com/~doctor/Atom.gif
What are spheromaks?
http://ve4xm.caltech.edu/Bellan_plasma_page/spheroma.htm
For those of interest in our "ccQts" Closed Circuit Time Stream
concept, which is best described in forming a "bubble" that engulfs the pod, or chamber around a Time~Traveller to keep them on a more direct World-Line, or continuous Time~Stream that closely resembles one of their own origin from whence they depart from, we need to study the effects of applied Quantum mechanisims within current technological discoveries, and how this relates to our own theories of the quantum universe we would like to refer to as the quantum "Multiverse" currently, this is just one good example to demonstrate our theories.
Spheromaks are plasmas with very large internal currents and internal magnetic fields that are aligned so as to be in a nearly force-free equilibrium, i.e., the currents are very nearly parallel to the magnetic fields. The spheromak equilibrium is a `natural' state since magnetic turbulence tends to drive magnetically dominated plasmas towards the spheromak state.
Spheromak technology:
Laboratory spheromaks involve very large currents, typically 100's of kiloamperes and high voltages, typically kilovolts. These currents and voltages are obtained using high energy capacitor banks which are switched in microseconds. The formation geometry is arranged such that magnetic flux cuts across the electrodes connected to the capacitor bank. This configurations generates helicity (twistedness)
in the flux tube going from one electrode to the other.
With enough helicity a spheromak is formed.
Making spheromaks:
Making spheromaks is analogous to blowing bubbles: the component of the magnetic stress tensor parallel to the magnetic field acts like the surface tension in the soap film while the perpendicular component acts like the air pressure inflating the bubble. When the destabilizing stress due to the perpendicular component overwhelms the stabilizing stress due to the parallel component, a detached spheromak breaks off.
http://ve4xm.caltech.edu/Bellan_plasma_page/spheroma.htm
<hr size="1" width="80%" color="#000099" align="left">"Everything you know,...is Wrong!
soon we shall all discover the truth."
http://profiles.yahoo.com/vosstech
What are spheromaks?
http://ve4xm.caltech.edu/Bellan_plasma_page/spheroma.htm
For those of interest in our "ccQts" Closed Circuit Time Stream
concept, which is best described in forming a "bubble" that engulfs the pod, or chamber around a Time~Traveller to keep them on a more direct World-Line, or continuous Time~Stream that closely resembles one of their own origin from whence they depart from, we need to study the effects of applied Quantum mechanisims within current technological discoveries, and how this relates to our own theories of the quantum universe we would like to refer to as the quantum "Multiverse" currently, this is just one good example to demonstrate our theories.
Spheromaks are plasmas with very large internal currents and internal magnetic fields that are aligned so as to be in a nearly force-free equilibrium, i.e., the currents are very nearly parallel to the magnetic fields. The spheromak equilibrium is a `natural' state since magnetic turbulence tends to drive magnetically dominated plasmas towards the spheromak state.
Spheromak technology:
Laboratory spheromaks involve very large currents, typically 100's of kiloamperes and high voltages, typically kilovolts. These currents and voltages are obtained using high energy capacitor banks which are switched in microseconds. The formation geometry is arranged such that magnetic flux cuts across the electrodes connected to the capacitor bank. This configurations generates helicity (twistedness)
in the flux tube going from one electrode to the other.
With enough helicity a spheromak is formed.
Making spheromaks:
Making spheromaks is analogous to blowing bubbles: the component of the magnetic stress tensor parallel to the magnetic field acts like the surface tension in the soap film while the perpendicular component acts like the air pressure inflating the bubble. When the destabilizing stress due to the perpendicular component overwhelms the stabilizing stress due to the parallel component, a detached spheromak breaks off.
http://ve4xm.caltech.edu/Bellan_plasma_page/spheroma.htm
<hr size="1" width="80%" color="#000099" align="left">"Everything you know,...is Wrong!
soon we shall all discover the truth."
http://profiles.yahoo.com/vosstech