while doing some research i stumbled on this:
MultiPhysics Simulation of Direct Double Helix Magnets for Charged Particle Applications : Electro- & Magnetostatics : 6450 - COMSOL
a type of caduceus if you prefer
..............also from http://www.energeticforum.com/renewa...h-other-2.html
Magnetic Warp (Circles) - YouTube
MultiPhysics Simulation of Direct Double Helix Magnets for Charged Particle Applications : Electro- & Magnetostatics : 6450 - COMSOL
MultiPhysics Simulation of Direct Double Helix Magnets for Charged Particle Applications
Resistive heating distribution in the direct double helix (DDH) magnet - the heat load is the highest where the current density is large.
P. J. Masson1 , and R. B. Meinke1
1 Advanced Magnet Lab, Palm Bay, Florida, USA
Charged particle beam manipulation requires magnetic dipoles for steering and quadrupoles for focusing. Conventional magnets are currently used leading to very large and heavy systems. Miniaturization of the optic magnets would enable the development of more affordable systems and potentially portable devices. The Advanced Magnet Lab, Inc. has developed a revolutionary magnet topology and packaging allowing for a significant increase of performance in field generation and field homogeneity. COMSOL Multiphysics was used to visualize the current distribution in the magnet and to simulate the heat transfer in steady state operation.
Resistive heating distribution in the direct double helix (DDH) magnet - the heat load is the highest where the current density is large.
P. J. Masson1 , and R. B. Meinke1
1 Advanced Magnet Lab, Palm Bay, Florida, USA
Charged particle beam manipulation requires magnetic dipoles for steering and quadrupoles for focusing. Conventional magnets are currently used leading to very large and heavy systems. Miniaturization of the optic magnets would enable the development of more affordable systems and potentially portable devices. The Advanced Magnet Lab, Inc. has developed a revolutionary magnet topology and packaging allowing for a significant increase of performance in field generation and field homogeneity. COMSOL Multiphysics was used to visualize the current distribution in the magnet and to simulate the heat transfer in steady state operation.
a type of caduceus if you prefer
..............also from http://www.energeticforum.com/renewa...h-other-2.html
Originally posted by Vortex
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