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Minimization model tools [Fermilab accelerators]
By: Yang, M.-J.; Tecker, F.; Assadi, S.;
1999 / IEEE / 0-7803-5573-3
Description
This item was taken from the IEEE Conference ' Minimization model tools [Fermilab accelerators] ' Accurate beam steering is crucial for transfers between different accelerators in the Fermilab accelerator complex. During commissioning of the new 8-GeV beam transfer line from Fermilab Booster to Main Injector, we used a least square fit algorithm to achieve the desired beam line orbit. The program is based on the COCU orbit correction package used at CERN. The purpose and the need of this program is to keep the desired injection trajectories to the Fermilab Main Injector (FMI) constant and minimize the time required to tune the beam line. In addition, we performed a number of measurements to compare the optics of the line to the design values. In this paper, we present the experience with the beam line steering in the 8-GeV line during commissioning and the results of detailed beam line studies.
Related Topics
Proton Beams
Particle Beam Injection
8 Gev
Minimization Model Tools
Accurate Beam Steering
Fermilab Accelerator Complex
Beam Transfer Line
Main Injector
Least Square Fit Algorithm
Cocu Orbit Correction Package
Packaging Machines
Least Squares Methods
Extraterrestrial Measurements
Particle Beams
Particle Beam Injection
Vectors
Orbital Calculations
Control Systems
Laboratories
Beam Steering
Beam Handling Equipment
Beam Handling Techniques
Ion Optics
Engineering
Fermilab Booster