Dear Didier,
Is it possible to simulate intrabeam stripping using TraceWin? If not, will it be difficult to include this feature, because some of the beam losses in a linac can be because of this effect, and it will be really useful.
Thank you
With Regards
Abhishek Pathak
Intrabeam stripping
Re: Intrabeam stripping
Dear Abhishek,
I can look at this point. Would an estimate as defined in equation (7) in the reference below be useful?
https://arxiv.org/ftp/arxiv/papers/1207/1207.5492.pdf
Regards;
Didier
I can look at this point. Would an estimate as defined in equation (7) in the reference below be useful?
https://arxiv.org/ftp/arxiv/papers/1207/1207.5492.pdf
Regards;
Didier
Re: Intrabeam stripping
Dear Didier,
Thank you very much for considering my request. Yes, the estimate in the referenced paper will be very useful.
Thank you
With Regards
Abhishek Pathak
Thank you very much for considering my request. Yes, the estimate in the referenced paper will be very useful.
Thank you
With Regards
Abhishek Pathak
Re: Intrabeam stripping
Dear Abhishek,
Intra-beam estimate has been added in the last TraceWin release. It's not fully tested but I'm confident. (voir "Stripping losses" chapter in manual).
Regards,
Didier
Intra-beam estimate has been added in the last TraceWin release. It's not fully tested but I'm confident. (voir "Stripping losses" chapter in manual).
Regards,
Didier
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Re: Intrabeam stripping
Hello Didier,
Thanks for this feature, I was wondering if you could explain how the "powerloss" by intrabeam stripping is calculated. (it is not mentioned in the manual).
Thank you,
Gerardo
Thanks for this feature, I was wondering if you could explain how the "powerloss" by intrabeam stripping is calculated. (it is not mentioned in the manual).
Thank you,
Gerardo
Re: Intrabeam stripping
Dear Gerardo,
Knowing the integrals over the linac length for the relative particle loss (ΔN/N), you just have to multiply by the power carried by a particle by ΔN/N x Δs.
Regards,
Didier
Knowing the integrals over the linac length for the relative particle loss (ΔN/N), you just have to multiply by the power carried by a particle by ΔN/N x Δs.
Regards,
Didier