Recent content by faca

I did in that way: [Note: Enhanced images uploaded by Mentor]

Thank you vanadium. I know that I can express the deflection angle θ=L/R (L is the length of the magnet) but I can't find a relation between the Deltax and the radius. Maybe, you can try to write in the way you think it's better to do and if I don't understand something I will ask you about that.

Hi vanadium. Hi vanadium I'm studying some data. I noticed the shift, it means the beam isn't monochromatic, so I need to calculate the difference on the momentum. Do you know how to release the shift to the curvature radius?

Hello, I've a particle beam moving along the z-axis. The beam goes through a dipole magnet. I studied the hit position in a tracker after the magnet and I noticed that there are hits at 2 different x coordinate (the x asix is transverse to the z one). Let's call Delta x the shift between the 2...