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11T CERN Design

11T CERN Design. 1 st Version. Haris Kokkinos. Steel ( Nr.7) E( 293K ) = 210 GPa E( 4.2K ) = 225 Gpa α = 2. 05 /(1000*293 ). Nippon St. Steel ( Nr.5) E( 293K ) = 195 GPa E( 4.2K ) = 215 Gpa α = 2.7/(1000*293 ). St. Steel ( Nr.11) E( 293K ) = 195 GPa E( 4.2K ) = 215 Gpa

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11T CERN Design

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  1. 11T CERN Design 1st Version Haris Kokkinos

  2. Steel(Nr.7) E(293K) = 210 GPa E(4.2K) = 225 Gpa α= 2.05/(1000*293) Nippon St. Steel(Nr.5) E(293K) = 195 GPa E(4.2K) = 215 Gpa α= 2.7/(1000*293) St. Steel (Nr.11) E(293K) = 195 GPa E(4.2K) = 215 Gpa α= 2.9/(1000*293) Titanium alloy(Nr.9) E(293K) = 115 GPa E(4.2K) = 125 Gpa α= 1.7/(1000*293) Copper(Nr.14) E(293K) = 130 GPa E(4.2K) = 130 Gpa α= 3.3/(1000*293) St. Steel (Nr.6) E(293K) = 190 GPa E(4.2K) = 210 Gpa α= 2.64/(1000*293) Cable (Nr.13) E(293K) = 27 Gpa (x)/27 Gpa (y) E(4.2K) = 30 Gpa (x)/30 Gpa(y) αx= 3.3/(1000*293) αy= 2.9/(1000*293) St. Steel (Nr.15) E(293K) = 195 GPa E(4.2K) = 215 Gpa α= 2.7/(1000*293) Insulation (Nr.4) E(293K) = 28 Gpa (x)/34 Gpa (y) E(4.2K) = 14 Gpa (x)/23 Gpa(y) αx= 2.4/(1000*293) αy= 2.4/(1000*293) Kapton(Nr.16) E(293K) = 2.5 GPa E(4.2K) = 2.5 Gpa α= 5.8/(1000*293) Haris Kokkinos

  3. 1st Solution Symmetric radial shim Collaring Press Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm Mechanical Stoppers Shim = 0.3mm Force = 88Tn

  4. Titanium Copper Haris Kokkinos

  5. 1st Solution Symmetric radial shim Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm

  6. 1st Solution Symmetric radial shim Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm

  7. 1st Solution Symmetric radial shim Contact Pressure Contact Pressure Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm Contact Pressure Contact Pressure

  8. 1st Solution Symmetric radial shim Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm

  9. 1st Solution Symmetric radial shim Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm

  10. 1st Solution Symmetric radial shim Mid-Plane Shim = 0.06mm Pole-Coil Shim = 0.2mm Yoke-Collar Shim (Right) = 0.4mm -> 0.02mm Yoke-Collar Shim (Left) = 0.4mm -> 0.02mm Collar-Coil Shim = 0.05mm Yoke-Yoke Insert Shim = 0mm Pole-Collar Nose Shim = 0.2mm Shell Hor. Displ. = -0.46mm

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