Dear Michael
Is there any way to implement/simulate a microtron type dipole magnet in elegant? I am attaching a figure to show you what I mean..In contrast to entering to the dipole pole face in a conventional way imagine that the beam enters from the long side of the dipole, and where it leaves from the very same long side..
Serkan Golge
Microtron Dipole Magnet
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Microtron Dipole Magnet
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michael_borland
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Re: Microtron Dipole Magnet
Serkan,
You can simulate this using SBEN or CSBEND elements. However, you'll need to manually compute the arc length for each pass. To elegant, this is just a dipole with very large edge angles: E1=E2=(pi-theta)/2, where theta>0 is the bending angle.
If the dipole has significant fringe fields, you could use instead the NIBEND element, which is a Numerically Integrated Bend with extended fringe field. You'll need to compute the edge integral (FINT) as described on the NIBEND manual page. This is probably a good idea if the beam comes in at a shallow angle.
--Michael
You can simulate this using SBEN or CSBEND elements. However, you'll need to manually compute the arc length for each pass. To elegant, this is just a dipole with very large edge angles: E1=E2=(pi-theta)/2, where theta>0 is the bending angle.
If the dipole has significant fringe fields, you could use instead the NIBEND element, which is a Numerically Integrated Bend with extended fringe field. You'll need to compute the edge integral (FINT) as described on the NIBEND manual page. This is probably a good idea if the beam comes in at a shallow angle.
--Michael