TABLES for the CHAMBER SPECIFICATION file name: /home/dpp/test/dimensions_tables.txt yo, the date is October 09,2002 ; version 6 layer inner chamber --> this is the version for the real DR3 --> DOES use actual bushing and pin placements --> DOES correct for pulling wire to pin side --> DOES have group-group rotation alignments for stereo sag --> DOES have layer-layer rotation align for changing length --> DOES have layer-sublayer rotation for changing length --> does NOT force square aspect ratio --> DOES add height at interface by (N(f)/N(s))*.5 --> DOES correct height adjustments for differing stereo sag (this requires a 2nd iteration) --> does NOT correct, radially, for catenary start point --> but that would be silly with differing stereo sag --> DOES correct for measured stereo plate displacement (does NOT just use ANSYS calculation --> DOES correct for measued axial plate displacement (does NOT just use ANSYS calculation of big plate --> DOES separate "wire pull to pin side" into radial and tangential components --> DOES round layer radius to .001" (as drilled) before going metric and calculating wire end points ____________________________________________________________ | __________________________________________________________ | || || || yo, this is the start of iteration number...... 5 || ||__________________________________________________________|| |____________________________________________________________| ____________________________________________________________ | __________________________________________________________ | || || || TABLE 1.....WORKSHEET for determining number of wires || || per layer and layer radii based on the cell sizes || ||__________________________________________________________|| |____________________________________________________________| number of iterations= 2 maximum change= 0.0081 ___(circle number) | | (number of cells) (change from stereo drop (and ring shift)) | | | (lock after stereo drop) | | | | (change from cell shape) | | | | | | | (idealized radius) | | | (renormalized radius) | | | | | | | | | | | | | | | | | (width) | | | | (width) | | | | | | | | | | | | | (run ave) | | | | | (run ave) | | | | | | | | | | | | | | | | (aspect) | | | | | | (asp) | | | | | (width/h) | | | | | | | | | | | | | | | | | | | | (-- RESULT FROM SMALL RINGS --) MINIMUM CHANGE= 999.00 MAXIMUM CHANGE=-999.00 [DLDR endplate ] 1(f 1-) 34 50.5mm 4.67 3.07 47.43 +0.00= 47.43 4.38 -? 2(s 1 ) 34 55.5mm 5.13 5.13 1.026 2.98 52.52 +0.11= 52.63 4.86 4.86 0.918 -? 3(f 2-) 41 60.5mm 4.64 2.65 57.85 +0.17= 58.02 4.45 -? 4(s 2 ) 41 65.5mm 5.02 5.07 1.004 2.55 62.95 +0.23= 63.19 4.84 4.85 0.921 -? 5(f 3-) 47 70.5mm 4.71 2.19 68.31 +0.22= 68.53 4.58 -? 6(s 3 ) 47 75.5mm 5.05 5.06 1.009 2.07 73.43 +0.25= 73.68 4.92 4.88 0.936 -? 7(f 4-) 53 80.5mm 4.77 1.67 78.83 +0.22= 79.05 4.69 -? 8(s 4 ) 53 85.5mm 5.07 5.07 1.014 1.54 83.96 +0.23= 84.19 4.99 4.90 0.947 -? 9(f 5-) 59 90.5mm 4.82 1.10 89.40 +0.19= 89.59 4.77 -? 10(s 5 ) 59 95.5mm 5.09 5.07 1.017 0.96 94.54 +0.18= 94.72 5.04 4.93 0.951 -? 11(f 6-) 66 100.5mm 4.78 0.48 100.02 +0.17=100.19 4.77 -? 12(s 6 ) 66 105.5mm 5.02 5.06 1.004 0.32 105.18 +0.15=105.33 5.01 4.95 0.973 -? 13(f 6+) 66 110.5mm 5.26 0.00 110.50 +0.00=110.50 5.26 -? MINIMUM CHANGE= 0.00 MAXIMUM CHANGE= 0.25 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 2 .... profile of conical endplate || || ( location of machined steps ) || || NOTE: steps are referenced to IDEAL layer radii || ||__________________________________________________________|| |____________________________________________________________| __(reference number) | | __(wire hole circle step number) | | | | __(wire hole circle radius) | | | (outside profile) | | | ("z" position)_____________ | | | (inside profile) (relative to max)__ | | | | ("z" position)___ | | | | | | (cos) | | | | | lower higher | | lower higher | | | | | radius radius | | radius radius | | 0 1.614 1.700 6.100 963 1 1 1.8672 1.700 1.972 5.438 946 1.614 1.982 -7.562 6.438 2 2 2.0721 1.972 2.184 5.701 940 1.982 2.194 -7.299 6.701 3 3 2.2841 2.184 2.388 6.493 943 2.194 2.398 -6.507 7.493 4 4 2.4876 2.388 2.598 6.752 938 2.398 2.608 -6.248 7.752 5 5 2.6979 2.598 2.801 7.540 941 2.608 2.811 -5.460 8.540 6 6 2.9007 2.801 3.012 7.797 936 2.811 3.022 -5.203 8.797 7 7 3.1120 3.012 3.214 8.588 939 3.022 3.224 -4.412 9.588 8 8 3.3144 3.214 3.427 8.844 935 3.224 3.437 -4.156 9.844 9 9 3.5270 3.427 3.629 9.638 937 3.437 3.639 -3.362 10.638 10 10 3.7292 3.629 3.845 9.894 933 3.639 3.855 -3.106 10.894 11 11 3.9446 3.845 4.047 10.695 936 3.855 4.057 -2.305 11.695 12 12 4.1468 4.047 4.250 10.950 933 4.057 4.260 -2.050 11.950 13 13 4.3504 4.250 4.500 11.465 931 4.260 4.465 -1.535 12.465 14 4.500 4.600 12.200 936 4.465 4.600 0.000 14.000 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 3. .... Radii of all Rings || ||__________________________________________________________|| |____________________________________________________________| (inner section deflection= 0.0000 @ R 1.614 ) ( cosine at outer radius +.060;Z_corrected )___ | (stepped section Z_INSIDE_SURFACE is compensated) | | ring inner outer | number name radius radius real_Z | 1 just test on a flat ring 0.100 0.200 11.500 0.9997 2 DLDR endplate 1.614 4.600 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 4 .... Radial Holes || || placement in small rings || ||__________________________________________________________|| |____________________________________________________________| __(ring number) | | __(number of holes, equally spaced) | | | | __(angle 1st hole, frac, deg, rel to 1st wire hole) | | | | | | __(angle 1st hole, degrees) | | | | | | | | __(angle 2nd hole, frac, deg) | | | | | (drop)____ | | | | | __(angle 2nd hole) | | | | | | | | | | | | | | (reference layer)__ | | | | | | | | | | | | | | | (spacing from) | | | | | | | | ("outside" face) | | | | | | | | | | | | | | | | | (repeat) | | | | | | | | | | | | | ____________________________________________________ | __________________________________________________ | || || || NOTE: for current DR-2 bushings || || (to compare to joiner clearances) || || small radius is 0.0625 || || large radius is 0.110 spec (0.109 meas) || ||__________________________________________________|| |____________________________________________________| ____________________________________________________ | __________________________________________________ | || || || NOTE: on screw & hole sizes to compare to web || || || || meas tap meas screw lead clear || || 3-48 .100 .094 5/64 39 || || 4-40 .114 .108 43 33 || || 5-40 .126 .120 39 30 || || 6-32 .142 .134 36 25 || || 8-32 .167 .159 29 19 || || 10-32 .192 .185 21 11 || ||__________________________________________________|| |____________________________________________________| ____________________________________________________________ | __________________________________________________________ | || || || TABLE 6... FIELD wire || || hole positions for all endplates || ||__________________________________________________________|| |____________________________________________________________| __(circle number) | | __(number of holes) | | | | __(offset of first hole in degrees) | | | | | | __(web between holes .001 inch) | | | | | | | | | | | | __(relative to center line) | | | | | | | | | | __(includes cake rotation) | | | | | | | | | | | | __(bushing length) | | | (...radius..) | | | | [DLDR endplate ] 1(f 1-) 68 3.848 m 47.4 1.867 47 -.0471 -.0471 L clear:innr radius 0.253 2(s 1 ) 34 3.984 m 52.6 2.072 66 .1440 .1440 L 3(f 2-) 82 2.624 m 58.0 2.284 50 -.0704 -.0704 L 4(s 2 ) 41 4.924 m 63.2 2.488 65 -.1673 -.1673 L 5(f 3-) 94 3.818 m 68.5 2.698 55 -.0006 -.0006 L 6(s 3 ) 47 5.817 m 73.7 2.901 68 -.0933 -.0933 L 7(f 4-)106 2.173 m 79.0 3.112 59 -.0664 -.0664 L 8(s 4 ) 53 0.406 m 84.2 3.314 71 .0235 .0235 L 9(f 5-)118 0.946 m 89.6 3.527 62 .0582 .0582 L 10(s 5 ) 59 5.462 m 94.7 3.729 73 -.0417 -.0417 L 11(f 6-)132 0.263 m100.2 3.945 62 .0181 .0181 L 12(s 6 ) 66 4.302 m105.3 4.147 72 -.0834 -.0834 L 13(f 6+)132 0.481 m110.5 4.350 82 .0365 .0365 L clear:outr radius-0.250 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 7... SENSE wire || || hole positions for all endplates || ||__________________________________________________________|| |____________________________________________________________| __(circle number) | | __(number of holes) | | | | __(offset of first hole in degrees) | | | | | | __(web between holes .001 inch) | | | | | | | | __(relative to center line) | | | | | | | | | | __(includes cake rotation) | | | | | | | | | | | | __(bushing length) | | | (...radius..) | | | | [DLDR endplate ] 2(s 1 ) 34 9.230 m 52.6 2.072 66 -.0491 -.0491 L 4(s 2 ) 41 0.493 m 63.2 2.488 65 .0214 .0214 L 6(s 3 ) 47 1.953 m 73.7 2.901 68 .0988 .0988 L 8(s 4 ) 53 3.832 m 84.2 3.314 71 -.1712 -.1712 L 10(s 5 ) 59 2.438 m 94.7 3.729 73 .1587 .1587 L 12(s 6 ) 66 1.599 m105.3 4.147 72 .1157 .1157 L ____________________________________________________________ | __________________________________________________________ | || || || TABLE 8... WIRE and BUSHING, totals || ||__________________________________________________________|| |____________________________________________________________| SENSE wires , INNER section, 0 SENSE wires , OUTER section, 300 FIELD wires , INNER section, 0 FIELD wires , OUTER section, 1032 SENSE wires , total, 300 FIELD wires , total 1032 bushings: SENSE, SHORT 0 bushings: SENSE, LONG 600 bushings: FIELD, SHORT 0 bushings: FIELD, LONG 2064 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 9... SENSE wire, wire #0 marker, WEST side || || hole positions for all endplates || || .050 center drill, drilled on the "outer-z" side || ||__________________________________________________________|| |____________________________________________________________| __(circle number) | | __(number of holes) | | | | __(offset of first hole in degrees) | | | | | | __(half cell stagger) | | | | | | | | __(offset from drill wire#1) | | | | | | | | | | __(index) | | | | | | | | | | | | __(angle of marked hole) | | | (...radius..) | | | | [DLDR endplate ] 2(s 1 ) 1 -13.882 m 50.9 2.002 0 -4 1 -11.946 4(s 2 ) 1 -9.899 m 61.4 2.418 1 -2 35 -8.287 6(s 3 ) 1 -14.749 m 71.9 2.831 0 -4 76 -13.366 8(s 4 ) 1 16.207 m 82.4 3.244 1 4 123 17.417 10(s 5 ) 1 13.566 m 92.9 3.659 0 4 176 14.642 12(s 6 ) 1 16.995 m103.6 4.077 1 6 235 17.963 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 10.. SENSE wire, wire #0 marker, EAST side || || hole positions for all endplates || || .050 center drill, drilled on the "outer-z" side || ||__________________________________________________________|| |____________________________________________________________| __(circle number) | | __(number of holes) | | | | __(offset of first hole in degrees) | | | | | | __(half cell stagger) | | | | | | | | __(offset from drill wire#1) | | | | | | | | | | __(index) | | | | | | | | | | | | __(angle of marked hole) | | | (...radius..) | | | | [DLDR endplate ] 2(s 1 ) 1 -10.011 m 50.9 2.002 0 2 1 11.946 4(s 2 ) 1 -15.455 m 61.4 2.418 1 2 35 17.068 6(s 3 ) 1 -11.984 m 71.9 2.831 0 2 76 13.366 8(s 4 ) 1 11.835 m 82.4 3.244 1 -4 123 -10.625 10(s 5 ) 1 15.717 m 92.9 3.659 0 -6 176 -14.642 12(s 6 ) 1 13.475 m103.6 4.077 1 -6 235 -12.508 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 11..... for holes KK and H, (WEST PLATES) || || Mounting Holes for Electronics and Ground Straps || ||__________________________________________________________|| |____________________________________________________________| __(circle number) | | __(pattern number) | | | | __(outside sense wire layer number) | | | | | | __(number of holes) | | | | | | | | __(angle of first hole) | | | | | (drop)____ | | | | | ___(angle of second hole) | | | | | | | | | | | | | | (angle of repetition)___ | | | | | | | | | | | | | | | (repetitions)__ | | | | | | | | | | | | | | | | | (....radius..) | | | [DLDR endplate ] ____________________________________________________________ | __________________________________________________________ | || || || TABLE 12..... for holes KK and H (EAST PLATES) || || Mounting Holes for Electronics and Ground Straps || ||__________________________________________________________|| |____________________________________________________________| __(circle number) | | __(pattern number) | | | | __(outside sense wire layer number) | | | | | | __(number of holes) | | | | | | | | __(angle of first hole) | | | | | (drop)____ | | | | | ___(angle of second hole) | | | | | | | | | | | | | | (angle of repetition)___ | | | | | | | | | | | | | | | (repetitions)__ | | | | | | | | | | | | | | | | | (....radius..) | | | [DLDR endplate ] ____________________________________________________________ | __________________________________________________________ | || || || TABLE 13....WORKSHEET for determining stereo angles || || and hole offsets from TANSCD and stereo dip || ||__________________________________________________________|| |____________________________________________________________| sign of TANSCD etc. is intended to alternate every 4 layers DIFF is the difference in hole location, in full cells, endplate to endplate, It is EAST-WEST, ie DIFF is positive when the wire location on the WEST endplate is at a smaller azimuthal angle; not as one expects N is the number of wires in the layer RENDCD is the radius of the layer at the endplate RMID is the radius at the middle of the endplate ZENDCD is the"z" cordinate at the endplate st-ang = (DIFF/N) * pi dCELLdZ = DIFF/ZENDCD, which must be constant for square cells TANSCD = RENDCD / ZENDCD * sin( PHI(st) ) note: for small angles, TANSCD ~= (DIFF/N) * (2*pi*RENDCD) / (2*ZEND) or (DIFF/N) * pi * (RENDCD/ZEND) STEREODIP is RENDCD-RMID = RENDCD * (1.-cos( PHI(ST) ) ) NOTE that the "baseline","STMULT=1" design uses TANSCD=.0206,.0220,.0233,.0246,.0258,.0269,.0281,.0291 ______________________________________________________________________________ LAY RAD LENGTH inset DIFF STERDIP dCELLdZ ref_L DIP@L st-ang TANSCD mm inch inch cells mm halfcel/m inch mm deg ______________________________________________________________________________ f 1- 47.4 5.438 0.159 ->{ 2.00} 1.036 16.9006 11.465 4.443 s 1s 52.6 5.701 0.159 ->{ 2.00} 1.124 15.9218 11.465 4.408 11.87 0.076874 s 1f 52.6 5.701 0.159 ->{ 2.00} 1.124 15.9217 11.465 4.409 ave of 1 1.1243 15.9218 4.4085 0.076874 f 2- 58.0 6.493 0.159 ->{ 3.00} 1.422 17.9975 11.465 4.324 s 2s 63.2 6.752 0.159 ->{ 3.00} 1.524 17.1508 11.465 4.299 12.61 0.082380 s 2f 63.2 6.752 0.159 ->{ 3.00} 1.524 17.1509 11.465 4.299 ave of 1 1.5241 17.1508 4.2988 0.082380 f 3- 68.5 7.540 0.159 ->{ 3.00} 1.863 18.6499 11.465 4.233 s 3s 73.7 7.797 0.159 ->{ 3.00} 1.979 17.9111 11.465 4.213 13.31 0.087427 s 3f 73.7 7.797 0.159 ->{ 3.00} 1.979 17.9110 11.465 4.214 ave of 1 1.9786 17.9111 4.2133 0.087427 f 4- 79.0 8.588 0.159 ->{-4.00} 2.361 -19.3063 11.465 4.159 s 4s 84.2 8.844 0.159 ->{-4.00} 2.490 -18.6464 11.465 4.143 -13.97 -0.092118 s 4f 84.2 8.844 0.159 ->{-4.00} 2.490 -18.6457 11.465 4.143 ave of 1 2.4896-18.6464 4.1426 -0.092118 f 5- 89.6 9.638 0.159 ->{-5.00} 2.914 -19.9515 11.465 4.097 s 5s 94.7 9.894 0.159 ->{-5.00} 3.057 -19.3498 11.465 4.083 -14.60 -0.096537 s 5f 94.7 9.894 0.159 ->{-5.00} 3.057 -19.3488 11.465 4.082 ave of 1 3.0568-19.3498 4.0826 -0.096537 f 6- 100.2 10.695 0.159 ->{-6.00} 3.526 -20.8893 11.465 4.042 s 6s 105.3 10.950 0.159 ->{-6.00} 3.682 -20.3267 11.465 4.030 -15.19 -0.100725 s 6f 105.3 10.950 0.159 ->{-6.00} 3.682 -20.3259 11.465 4.030 f 6+ 110.5 11.465 0.159 ->{-6.00} 4.000 -19.7452 11.465 4.000 ave of 1 3.6822-20.3267 4.0300 -0.100725 ave of 6 2.3092 maximum change 0.6254 ____________________________________________________________ | __________________________________________________________ | || || || TABLE 14....numbers for GEOMETRY || ||__________________________________________________________|| |____________________________________________________________| _____________________________________________________________________________ LAY RAD st-ang TANSCD west{X,Y,Z} east{X,Y} mm radians mm mm at end _____________________________________________________________________________ s 1s 52.621 0.2071 0.076862 { 51.497 -10.819 140.761} { 51.497 10.819} s 2s 63.187 0.2201 0.082369 { 62.538 -9.034 167.469} { 60.426 18.474} s 3s 73.677 0.2323 0.087416 { 71.698 -16.960 194.013} { 71.698 16.960} s 4s 84.166 -0.2438 -0.092108 { 80.330 25.122 220.605} { 82.737 -15.445} s 5s 94.707 -0.2548 -0.096527 { 91.650 23.867 247.262} { 91.650 -23.867} s 6s 105.324 -0.2652 -0.100716 { 100.213 32.411 274.097} { 102.840 -22.738}