Dipole element
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Dipole element
Dear Didier,
is it possible to somehow simulate beam transport throughout bending magnet with quadrupole component (the so called dipole-quadrupole), that is used, for example, on synchrotron ligth sources?
Will such element appear in the next version of TraceWin?
Best regards,
Vyacheslav
is it possible to somehow simulate beam transport throughout bending magnet with quadrupole component (the so called dipole-quadrupole), that is used, for example, on synchrotron ligth sources?
Will such element appear in the next version of TraceWin?
Best regards,
Vyacheslav
Re: Dipole element
Dear Vyacheslav,
Honestly this is not planned int he near futur, but two solutions exist. The first is the use of field maps and the second is the possibility for TraceWin users to include their own elements.
Regards,
Didier
Honestly this is not planned int he near futur, but two solutions exist. The first is the use of field maps and the second is the possibility for TraceWin users to include their own elements.
Regards,
Didier
Re: Dipole element
Dear Vyacheslav,
I realise that I may have been a little fast in my answer. The BEND element has a "Field gradient index" parameter which, unless I am mistaken, corresponds to your request, no ?
Regards,
Didier
I realise that I may have been a little fast in my answer. The BEND element has a "Field gradient index" parameter which, unless I am mistaken, corresponds to your request, no ?
Regards,
Didier
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Re: Dipole element
Dear Didier,
is field index gradient defined as n=-R/B*(dB/dr)?
If yes, what is B-component used here, in what point (how it describe and indicate in the program) is derivative calculated?
Regards, Vyacheslav
is field index gradient defined as n=-R/B*(dB/dr)?
If yes, what is B-component used here, in what point (how it describe and indicate in the program) is derivative calculated?
Regards, Vyacheslav
Re: Dipole element
Dear Vyacheslav,
Could you please have a look on manual where the detail of the bend matrix used is indicated. I think you find your answer.
Regards,
Didier
Could you please have a look on manual where the detail of the bend matrix used is indicated. I think you find your answer.
Regards,
Didier
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Re: Dipole element
Dear Didier,
I've look ot the manual and found that field index gradient (FIG), for example, corresponds to the C-shape bend with no parallel poles (black curves rather than blue ones on the figure 1). In my case I need to somehow simulate dipole-quadrupole like in the figure 2. Can MULTIPOLE element hold the members of the B-field decomposition in the series?
Other words is it possible to hold n=1 and n=2 for the MULTIPOLE simultaneously?
Best regards,
Vyacheslav
I've look ot the manual and found that field index gradient (FIG), for example, corresponds to the C-shape bend with no parallel poles (black curves rather than blue ones on the figure 1). In my case I need to somehow simulate dipole-quadrupole like in the figure 2. Can MULTIPOLE element hold the members of the B-field decomposition in the series?
Other words is it possible to hold n=1 and n=2 for the MULTIPOLE simultaneously?
Best regards,
Vyacheslav
Re: Dipole element
Dear Vyacheslav,
Ok, I see. MULTIPOLE elements can indeed make this type of element except that it is not possible to superpose them. For that, you have to use FIELD_MAP elements. But, it's very easy to go from MULTIPOLE to FIELD_MAP and then use the superpose map feature to make what you need. I have upgraded the MUTIPOLE documentation in the TraceWin manual, to explain how to do this in detail.
Regards,
Didier
Ok, I see. MULTIPOLE elements can indeed make this type of element except that it is not possible to superpose them. For that, you have to use FIELD_MAP elements. But, it's very easy to go from MULTIPOLE to FIELD_MAP and then use the superpose map feature to make what you need. I have upgraded the MUTIPOLE documentation in the TraceWin manual, to explain how to do this in detail.
Regards,
Didier
Re: Dipole element
Dear Vyacheslav,
Finally, you can forget my previous suggestion and use this configuration directly:
Regards,
Didier
Finally, you can forget my previous suggestion and use this configuration directly:
Code: Select all
SUPERPOSE_MAP 0
MULTIPOLE 1 400 100 0.01 100
SUPERPOSE_MAP 0
MULTIPOLE 2 400 100 0.02 100
Didier
Re: Dipole element
Dear Vyacheslav,
Finally, you can forget my previous suggestion and use this configuration directly:
Regards,
Didier
Finally, you can forget my previous suggestion and use this configuration directly:
Code: Select all
SUPERPOSE_MAP 0
MULTIPOLE 1 400 100 0.01 100
SUPERPOSE_MAP 0
MULTIPOLE 2 400 100 0.02 100
Didier
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Re: Dipole element
Dear Didier,
I'll try.
Thanks a lot.
Regards,
Vyacheslav
I'll try.
Thanks a lot.
Regards,
Vyacheslav