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High power magnet assemblies bend and shape the proton beam to guide it to the next region of the accumulation ring. The particles are moving at 90% of the speed of light or 603,554,966 miles per hour (269,813,212 m/s).
Bending Magnet Assembly - Break into 8 teams of 2-3 students and build a total of 8 of these for one corner or 32 for all corners.
Bending Magnet Assembly
Bending Magnet Assembly
3.3"x8.1"x4.2" Weight: 279.0 grams
mr_bending_asm r1.pdfInstructions
Instructions
This can be divided into 4 separate builds for 2-3 students
Bending Dipole Magnet Assembly
Bending Dipole Magnet Assembly
Bending Dipole Magnet Assembly
Bending Dipole Magnet Assembly
2.5"x3.1"x2.2" Weight: 82.9 grams
mr_bending_dipole_asm_r1.pdfInstructions
Instructions
Bending Dipole Magnet Assembly
Bending Dipole Magnet Assembly
2.6"x3.7"x2.8" Weight: 54.1 grams
MR_Bending_Quad_asm_r1.pdfInstructions
Instructions
Quadrupole Magnet Assembly - Break into a single team of 2-3 students and build 1 of these for one corner.
Quadrupole Magnet Assembly
Quadrupole Magnet Assembly
4.3"x2.5"x4.2" Weight: 114.4 grams
mr_quad.pdfInstructions
Instructions
Full Corner Assembly - this intended for a class of 20-25 students broken into 8-10 teams of 2-3 students.
Full corner assembly
Full corner assembly
44.3"x43.9"x4.2" Weight: 2345.0 grams
Need 4 for Accumulator Ring
corner_02232025.pdfInstructions
Instructions
Full instructions are for reference and assembly of submodules. Pages 161, 217 and 299 show the submodules being added to the corner assembly. Use submodule instructions for teams then use this to assemble the corner.
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