Measurements of 230 6-meter and 136 4-meter dipoles constructed for the Fermilab Main Injector were carried out as part of the magnet production effort. An automated measurement system provided data on magnetic field strength and shape using several partially redundant systems. Results of these measurements are available for each individual magnet for use in accelerator modelling. In this report we will summarise the results on all of the magnets to characterise the properties which will govern accelerator operation
COSY-Jiilich [I] is a synchrotron and storage ring accelerating protons from 40 MeV injection energy...
Magnetic measurements have been performed on several families of dipoles for the 10 kW IR-FEL presen...
New horizontal and vertical trim dipoles have been designed for the Fermilab Main Injector (FMI) and...
A large sample of the 6-meter dipoles for the Fermilab Main In-jector have been fabricated and measu...
All of the new quadrupoles for the Fermilab Main Injector ring have been built and measured. The mag...
Measurements of the Fermilab Main Injector dipoles using a partially redundant system of integrated ...
All of the new quadrupoles for the Fermilab Main Injector ring have been built and measured. The mag...
A large sample of the 2.54-meter quadrupoles for lattice matching in the Fermilab Main Injector have...
A flux measurement system has been developed for measuring the integrated strength and relative shap...
Measurements of the Productions run of Fermilab Main Injector Dipole magnets is underway. Redundant ...
This paper presents preliminary results of magnetic field measurements made on a series of 50 mm ape...
At Fermilab we have operated a production line for the fabrication of go1 21 foot long superconducti...
Operation of the Fermilab Main Injector is sensitive to magnetic field differences due to hysteretic...
The Fermilab Main Injector (MI) will accelerate (deceler-ate) protons and anti-protons from 8.9 GeV/...
Twelve dipole magnets were built under the R&D phase of the Fermilab Main Injector project using...
COSY-Jiilich [I] is a synchrotron and storage ring accelerating protons from 40 MeV injection energy...
Magnetic measurements have been performed on several families of dipoles for the 10 kW IR-FEL presen...
New horizontal and vertical trim dipoles have been designed for the Fermilab Main Injector (FMI) and...
A large sample of the 6-meter dipoles for the Fermilab Main In-jector have been fabricated and measu...
All of the new quadrupoles for the Fermilab Main Injector ring have been built and measured. The mag...
Measurements of the Fermilab Main Injector dipoles using a partially redundant system of integrated ...
All of the new quadrupoles for the Fermilab Main Injector ring have been built and measured. The mag...
A large sample of the 2.54-meter quadrupoles for lattice matching in the Fermilab Main Injector have...
A flux measurement system has been developed for measuring the integrated strength and relative shap...
Measurements of the Productions run of Fermilab Main Injector Dipole magnets is underway. Redundant ...
This paper presents preliminary results of magnetic field measurements made on a series of 50 mm ape...
At Fermilab we have operated a production line for the fabrication of go1 21 foot long superconducti...
Operation of the Fermilab Main Injector is sensitive to magnetic field differences due to hysteretic...
The Fermilab Main Injector (MI) will accelerate (deceler-ate) protons and anti-protons from 8.9 GeV/...
Twelve dipole magnets were built under the R&D phase of the Fermilab Main Injector project using...
COSY-Jiilich [I] is a synchrotron and storage ring accelerating protons from 40 MeV injection energy...
Magnetic measurements have been performed on several families of dipoles for the 10 kW IR-FEL presen...
New horizontal and vertical trim dipoles have been designed for the Fermilab Main Injector (FMI) and...