fig.# | page | Figure caption | pdf | jpg |
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Front Cover
|
| p. i | Whole view of solenoid
| fig_cover.epsi |
fig_cover.ps | Makida | ?
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Chapter 2
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Fig. 2-1 | p. 4 | Magnetic components of .........
| yoke.pdf |
yoke.jpg
|
Fig. 2-2 | p. 5 | The magnetic flux line.........
| flux.pdf |
flux.jpg
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Fig. 2-3 | p. 5 | Contour plot of the total.........
| Bsum.pdf |
Bsum.jpg
|
Fig. 2-4 | p. 6 | Bz contour:.........
| Bz.pdf
| Bz.jpg
|
Fig. 2-5 | p. 6 | Br contour:.........
| Br.pdf
| Br.jpg
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Fig. 2-6 | p. 6 | Bz as a function of z.
| bz-zdep.pdf
| bz-zdep.jpg
|
Fig. 2-7 | p. 6 | Bz as a function of r.
| bz-rdep.pdf
| bz-rdep.jpg
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Fig. 2-8 | p. 6 | Br as a function of z
| br-zdep.pdf
| br-zdep.jpg
|
Fig. 2-9 | p. 6 | Br as a function of r.
| br-rdep.pdf
| br-rdep.jpg
|
Fig. 2-10 | p. 7 | Comparison of the ..................
| field-int-i1.pdf
| field-int-i1.jpg
|
Fig. 2-11 | p. 7 | Comparison of the .........
| field-int-i2.pdf
| field-int-i2.jpg
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Fig. 2-12 | p. 7 | Capability of momentum measu.........
| field-int-ratio.pdf
| field-int-ratio.jpg
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Fig. 2-13 | p. 8 | Axial and radial decentering .........
| dec-force.pdf
| dec-force.jpg
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Chapter 3
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Fig. 3-1 | p. 10 | Enthalpy of aluminium as .........
| fig3-2.epsi |
enthalpy.ps | Makida
|
Fig. 3-2 | p. 11 | Plot of the stored energy .........
| em-ratio.eps |
enthalpy.ps | Makida
|
Fig. 3-3 | p. 13 | Cross section in the rz plane.........
| fig3-4.epsi |
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Fig. 3-4 | p. 14 | Cross-section of the coil.........
| rz-cross.eps |
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Fig. 3-5 | p. 15 | Cross-section of the .........
| rphi-cross.eps |
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Fig. 3-6 | p. 17 | Coil cross-section.
| coil-Xsection.eps |
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Fig. 3-7 | p. 18 | Stress in the support cyl.........
| stress.eps |
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Fig. 3-8 | p. 19 | Shear stress on the glue .........
| shear2.eps |
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Fig. 3-9 | p. 20 | Stress-strain curve of pure.........
| stress-strain-1.pict |
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Fig. 3-10 | p. 20 | Stress-strain curve of .........
| ss-cruve.eps |
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Fig. 3-11 | p. 20 | Coil deformation due to .........
| deformation.epsi |
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Fig. 3-12 | p. 21 | Axial pure-Al strip .........
| alstrip.pict |
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Fig. 3-13 | p. 21 | Thermal conductivity .........
| thermal-cond.pict |
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Fig. 3-14 | p. 22 | Quench simulation .........
| fig3-14.epsi |
|
Fig. 3-15 | p. 23 | Design of aluminium .........
| conductor.eps |
conductor.ps | Kondo | MiniCad 6
|
Fig. 3-16 | p. 24 | Short-sample character.........
| IB.eps |
|
Fig. 3-17 | p. 26 | Bonding structure at .........
| epoxy.eps |
|
Fig. 3-18 | p. 26 | Cross section of the insul.........
| gug-ug.eps |
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Fig. 3-19 | p. 27 | A schematic view of the .........
| triangle-3D.eps |
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Fig. 3-20 | p. 27 | Design of the triangle support.
| drawing-triangle.epsi |
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Fig. 3-21 | p. 27 | FEA analysis of the coil cylinder.........
| fig_all_load.epsi |
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Fig. 3-22 | p. 28 | Load distribution in each triangle
| support-load.eps |
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Fig. 3-23 | p. 28 | (a) Displacement (left) and stress
| fig_deform.epsi |
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Fig. 3-24 | p. 29 | A sketch of the LHe cooling pipe........
| fig_support_ana.epsi |
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Fig. 3-25 | p. 30 | Cross section of the end cryostat
| cooling.eps |
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Fig. 3-26 | p. 31 | Cross section of the coil service
| fig3-31.epsi |
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Fig. 3-27 | p. 31 | Supporting strut which is attached
| fig3-32n.epsi |
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Fig. 3-28 | p. 32 | Rf view of the end-part in the
| fig3-33.epsi |
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Fig. 3-29 | p. 32 | Chimney connection.
| fig3-38.epsi |
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Fig. 3-30 | p. 33 | Chimney route through the
| fig3-35n.epsi |
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Fig. 3-31 | p. 34 | Thermal contraction of chimney.
| chimney-motion.eps |
|
Fig. 3-32 | p. 34 | Pressure drop in the transfer
| He-pressure.eps |
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Chapter 4
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Fig. 4-1 | p. 36 | ATLAS refrigeration and distri
| cryo-system.eps |
|
Fig. 4-2 | p. 37 | Flow schematic of the cryogenic
| doi-flow.eps |
|
Fig. 4-3 | p. 38 | Parameters and schematic picture
| dewar.pict |
|
Fig. 4-4 | p. 38 | T(Temperature)-S(Entropy)
| TS-diagram.eps |
|
Fig. 4-5 | p. 40 | Flow diagrams during (a) pre-cooling
| doi-3-mode.eps |
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Table 4-4 | p. 41 | Operational modes fot the ATLAS
| valve.eps |
|
Fig. 4-6 | p. 42 | Cooling path model.
| cooling-path-model.eps |
|
Fig. 4-7 | p. 43 | Pressure profile during cool down.
| p-all.eps |
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Fig. 4-8 | p. 44 | Calculated results of two-phase
| p-x-m.eps |
|
Fig. 4-9 | p. 45 | Thermosyphon model.
| cooling-path-model-2.eps |
|
Fig. 4-10 | p. 45 | Solenoid cooling pipe model for
| siphon-cooling-pipe.eps |
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Chapter 5
|
Fig. 5-1 | p. 46 | Diagram of the electrical system
| power-circuit.eps |
|
Chapter 7
|
Fig. 7-1 | p. 50 | Electrical and thermal .........
| he-stop.eps |
|
Chapter 8
|
Fig. 8-1 | p. 51 | Major schedule of construction, .....
| schedule.eps |
|
Fig. 8-2 | p. 53 | Flow diagram of the Solenoid .........
| fabrication-flow.eps |
|
Fig. 8-3 | p. 55 | Work of connections of the .........
| fig8-5-1.epsi |
|
Fig. 8-4 | p. 55 | Sketch of the surface test setup.
| fig_grand_test.epsi |
|
Fig. 8-5 | p. 56 | A sketch how to install the .........
| install.eps |
|
Fig. 8-6 | p. 57 | R-phi cross section of the .........
| AT720013PL.EPS |
|
Fig. 8-7 | p. 57 | Cryogenic elements in the .........
| AT720052PL.EPS |
|
Fig. 8-8 | p. 58 | Utility area for the magnet ......... .
| usa-15.eps |
|
Fig. 8-9 | p. 58 | A view of the power supply .........
| power-supply.eps |
|
Chapter 9
|
Fig. 9-1 | p. 60 | Dependence of RRR on the .........
| ppm.eps |
|
Fig. 9-2 | p. 60 | Dependence of yield strength.........
| cold-work.eps |
|
Fig. 9-3 | p. 60 | RRR as a function of yield .........
| ys-rrr-znsi.eps |
|
Fig. 9-4 | p. 61 | Cross section of the SDC .........
| conductor.pict |
|
Fig. 9-5 | p. 61 | Mechanical characteristics .........
| ys-9-5.eps |
|
Fig. 9-6 | p. 61 | Expected yield strength at .........
| zn-x.eps |
|
Fig. 9-7 | p. 63 | Picture of the coil and electrical.........
|
photo_SDC_coil_cross.pict |
|
Fig. 9-8 | p. 63 | Shear strength test set up ....
| shear-test-setup.eps |
|
Fig. 9-9 | p. 63 | Shear strength of GFRP ....
| sdc-shear.eps |
|
Fig. 9-10 | p. 63 | Shear strength of GUG ....
| atlas-shear.eps |
|
Fig. 9-11 | p. 63 | Tensile strength measur....
| gug-test-ral.eps |
|
Fig. 9-12 | p. 64 | Shear strength of GUG bonding....
| atlas-winding-shear.eps |
|
Fig. 9-13 | p. 64 | Picture of the sample for ....
| triangle_sample.pict |
|
Fig. 9-14 | p. 64 | Sketch of the machine for....
| triangle-setup.eps |
|
Fig. 9-15 | p. 64 | Test result of the support......
| support_test.epsi |
|
Fig. 9-16 | p. 66 | Isometric view of the proto.....
| 3D.pict |
|
Fig. 9-17 | p. 66 | Cross section of the axial .....
| fig9_17.pict |
|
Fig. 9-18 | p. 66 | Machine for internal winding.
| wind-machine-1.pict |
|
Fig.9-19L | p. 67 | Photographs of the coil .....
| winding_top.pict
|
|
Fig.9-19R | p. 67 | Photographs of the coil .....
| winding_guide.pict |
|
Fig. 9-20 | p. 68 | The SDC prototype coill .....
| SDC_coil.pict |
|
Fig. 9-21 | p. 68 | The isogrid outer vacuum .....
| isogrid.pict |
|
Fig. 9-22 | p. 69 | The SDC prototype solenoid .....
| solenoid.pict |
|
Fig. 9-23 | p. 69 | Set-up of the prototype .....
| fig9-22(a).eps |
|
Fig. 9-24 | p. 69 | The cool-down curve of the test.
| cooldown.epsi |
|
Fig. 9-25 | p. 70 | Pressure drop in the single.....
| fig9-22(b).eps |
|
Fig. 9-26 | p. 70 | Quality factor along the .....
| fig9-23.eps |
|
Fig. 9-27 | p. 71 | Summary of the exciation test.
| sdc-excitation.eps |
|
Fig. 9-28 | p. 71 | Operating load line of the SDC .....
| sdc-ib.eps |
|
Fig. 9-29 | p. 72 | Mechanical stress/strain .....
| sdc-s-i2.eps |
|
Fig. 9-30 | p. 72 | Stress balance in supercond.....
| sdc-ss.eps |
|
Fig. 9-31 | p. 72 | Measurement of temperature.....
| sdc-he-stop.eps |
|
Fig. 9-32 | p. 72 | Fast ramping effect on the .....
| ramp.eps |
|
Fig. 9-33 | p. 73 | Quench energy measurement .....
| mqe.eps |
|
Fig. 9-34 | p. 74 | Time profile of the coil .....
| q-11600.eps |
|
Fig. 9-35 | p. 74 | Current dependence of coil .....
| quench-tmax.eps |
|
Fig. 9-36 | p. 75 | Distribution of the temperature.....
| sdc-t-dist.eps |
|
Fig. 9-37 | p. 75 | Current discharge w/o quench .....
| slow-discharge.eps |
|
Fig. 9-38 | p. 76 | Coil temperatures during the .....
| warm-up.eps |
|
Fig. 9-39 | p. 76 | Comparison of ramp rate .....
| ramp-compare.eps
|
|