From: logajan@ANUBIS.NETWORK.COM (John Logajan)
Newsgroups: sci.physics.fusion
Subject: This *IS* Calorimeter Postscript file -- long
Date: 14 Oct 92 23:00:23 GMT

The following is a PostScript page description language file containing the
schematic representation, on three pages, of the Droege Zero Gradient
Calorimeter.  You must use a PostScript printer or viewer to get the
desired output.  Between the delimiter lines are 1907 text lines containing
34922 bytes.  You can use these as a crude transmission checksum.

=-=-=-=-=-=-= Delete this line, and all above -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
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%%EndProlog
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234 585 M
 234 621 234 621 301.5 621 D
 369 621 369 621 369 585 D
 369 549 369 549 301.5 549 D
 234 549 234 549 234 585 D
O
11 X
0 K
V
0.5 H
2 Z
0 X
N
234 387 369 495 R
12 X
V
0 X
N
234 747 369 747 357.75 693 245.25 693 4 Y
3 X
V
0 X
N
112.5 94.5 153 94.5 2 L
1 H
N
180 459 180 94.5 207 94.5 207 459 207 459 5 L
7 X
V
0 X
N
396 459 396 94.5 423 94.5 423 459 423 459 5 L
7 X
V
0 X
N
234 459 234 162 2 L
4 H
N
369 459 369 162 2 L
N
180 270 67.5 67.5 301.5 162 A
270 360 67.5 67.5 301.5 162 A
112.5 94.5 112.5 54 2 L
0.5 H
N
490.5 94.5 490.5 54 2 L
N
450 94.5 490.5 94.5 2 L
1 H
N
112.5 54 490.5 54 2 L
0.5 H
N
99 459 99 405 2 L
N
99 405 153 405 2 L
N
153 405 153 94.5 2 L
N
504 459 504 405 2 L
N
504 405 450 405 2 L
N
449 93.5 449 404 2 L
N
490.5 94.5 490.5 94.5 2 L
N
234 459 234 729 2 L
4 H
N
369 459 369 729 2 L
N
0 18 Q
(Figure 3 -- Generic \322Cell\323 Construction) 162 27 T
99 459 180 459 2 L
0.5 H
N
423 459 504 459 2 L
N
396 459 369 459 2 L
N
207 459 234 459 2 L
N
243 153 360 288 R
6 X
V
0 X
N
261 180 324 270 R
3 X
V
0 X
N
252 225 333 225 2 L
N
252 252 333 252 2 L
N
252 243 333 243 2 L
N
252 234 333 234 2 L
N
252 216 333 216 2 L
N
252 207 333 207 2 L
N
252 198 333 198 2 L
N
261 270 324 288 R
7 X
V
0 X
N
234 336.23 M
 275 351 320 324 365 331.23 D
N
342 135 351 765 R
7 X
V
3 H
0 X
N
270 693 279 747 R
7 X
V
0.5 H
0 X
N
225 729 378 729 2 L
4 H
N
0 12 Q
(Thomas F. Droege and) 32.85 748.17 T
(Zero Gradient Calorimeter) 34.1 724.64 T
(2 S. 942 Thorncrest Lane) 33.85 712.17 T
(Batavia, IL 60510 USA) 33.6 699.67 T
( Lee John Droege\325s) 31.35 736.17 T
141.03 369.96 153 369.01 142.35 363.48 141.69 366.72 4 Y
V
141.7 366.71 108 360 2 L
0.5 H
N
192.12 415.49 197.99 405.02 187.46 410.79 189.79 413.14 4 Y
V
189.8 413.12 117 486 2 L
N
361.51 660.24 350.98 666.01 362.96 666.69 362.23 663.46 4 Y
V
362.25 663.46 432 648 2 L
N
379.94 697.09 368.99 702 380.88 703.63 380.41 700.36 4 Y
V
380.42 700.36 432 693 2 L
N
380.82 735.99 368.99 738 380.08 742.57 380.45 739.28 4 Y
V
380.46 739.28 450 747 2 L
N
276.06 718.76 287.99 720 278.53 712.63 277.29 715.69 4 Y
V
277.3 715.69 198 684 2 L
N
213.46 579.31 225 576 213.46 572.69 213.46 576 4 Y
V
213.46 576 180 576 2 L
N
326.99 459.08 315 459 325.13 465.43 326.06 462.26 4 Y
V
326.07 462.25 441 495 2 L
N
326.79 357.88 314.98 360.02 326.13 364.46 326.46 361.17 4 Y
V
326.48 361.15 495 378 2 L
N
326.13 310.58 314.98 315.02 326.79 317.16 326.46 313.87 4 Y
V
326.48 313.85 495 297 2 L
N
258.16 164.03 269.99 162.02 258.89 157.46 258.53 160.74 4 Y
V
258.54 160.72 108 144 2 L
N
259.09 266 270 261 258.1 259.46 258.59 262.73 4 Y
V
258.59 262.72 90 288 2 L
N
240.7 229.09 251.99 225.03 240.26 222.49 240.48 225.79 4 Y
V
240.49 225.77 117 234 2 L
N
(Teflon \322Cork\323) 450 747.82 T
(8mm glass tube) 441 639 T
(Foam \322chunks\323) 450 495 T
(Gas space) 504 378 T
(Electrolyte) 504 297 T
(\050D) 504 285 T
0 10 Q
(2) 516.65 282 T
0 12 Q
(O + LiDO\051) 521.65 285 T
(D) 118.33 585.82 T
0 10 Q
(2) 126.99 582.82 T
0 12 Q
( + O) 131.98 585.82 T
0 10 Q
(2) 153.4 582.82 T
0 12 Q
( ==> 2D) 158.4 585.82 T
0 10 Q
(2) 199.35 582.82 T
0 12 Q
(O) 204.34 585.82 T
(Catalyst) 118.33 573.82 T
(\050D) 504 366 T
0 10 Q
(2) 516.65 363 T
0 12 Q
( + O) 521.65 366 T
0 10 Q
(2) 543.07 363 T
0 12 Q
(\051) 548.07 366 T
(Misc. accesses) 154.4 671.6 T
(Heater bore holes) 77.41 495.82 T
(Aluminum) 47.02 360.82 T
(\322Spool\323) 47.02 348.82 T
(Palladium cathode) 45 297 T
(Platinum anode) 45 243.82 T
(wire windings) 45 231.82 T
(Teflon support) 45 153 T
(structure) 45 141 T
(Glass test-tube 100 ml) 441 693 T
(\050air tight\051) 154.4 659.6 T
90 450 9 4.5 306 517.5 G
90 450 9 4.5 306 517.5 A
90 450 9 4.5 306 112.5 G
90 450 9 4.5 306 112.5 A
326.99 522.53 315 522 324.89 528.8 325.93 525.67 4 Y
V
325.94 525.66 423 558 2 L
N
335.98 116.48 324 117.01 334.44 122.91 335.21 119.7 4 Y
V
335.22 119.69 477 153 2 L
N
(Thermometer ~ 50) 436.24 560.6 T
0 10 Q
(o) 526 565.4 T
0 12 Q
(C) 531 560.6 T
(Thermometer ~ 30) 463.24 164.6 T
0 10 Q
(o) 553 169.4 T
0 12 Q
(C) 558 164.6 T
276.01 657.79 287.99 657.01 277.42 651.32 276.72 654.55 4 Y
V
276.73 654.55 162 630 2 L
N
(Motor driven syringe) 58.08 639.82 T
(maintains constant) 58.08 627.82 T
(closed system pressure.) 58.08 615.82 T
7 X
90 450 1.5 1.38 279 328.38 G
0 X
90 450 1.5 1.38 279 328.38 A
7 X
90 450 1.5 1.38 307.25 285.88 G
0 X
90 450 1.5 1.38 307.25 285.88 A
7 X
90 450 1.5 1.38 294 257.63 G
0 X
90 450 1.5 1.38 294 257.63 A
7 X
90 450 1.5 1.38 298.75 322.63 G
0 X
90 450 1.5 1.38 298.75 322.63 A
7 X
90 450 1.5 1.38 311.5 306.38 G
0 X
90 450 1.5 1.38 311.5 306.38 A
7 X
90 450 1.5 1.38 287.75 236.88 G
0 X
90 450 1.5 1.38 287.75 236.88 A
7 X
90 450 1.5 1.38 269.5 292.63 G
0 X
90 450 1.5 1.38 269.5 292.63 A
7 X
90 450 2.5 1.38 297.25 299.88 G
0 X
90 450 2.5 1.38 297.25 299.88 A
7 X
90 450 1.5 1.38 276.5 306.13 G
0 X
90 450 1.5 1.38 276.5 306.13 A
7 X
90 450 1.5 1.38 281.75 281.63 G
0 X
90 450 1.5 1.38 281.75 281.63 A
7 X
90 450 1.5 1.38 313.25 265.88 G
0 X
90 450 1.5 1.38 313.25 265.88 A
FMENDPAGE
%%EndPage: "3" 2
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612 792 0 FMBEGINPAGE
108 171 117 234 R
3 X
0 K
V
0.5 H
2 Z
0 X
N
495 171 504 234 R
3 X
V
0 X
N
351 170 414 189 R
10 X
V
0 X
N
27 99 585 126 R
4 X
V
1 H
0 X
N
270 99 342 126 R
7 X
V
0 X
N
108 144 504 171 R
3 X
V
0 X
N
288 144 324 171 R
7 X
V
0 X
N
171 189 441 531 R
6 X
V
7 X
N
171 288 207 495 R
V
0.5 H
N
405 290 441 495 R
V
N
171 207 171 648 2 L
3 H
0 X
N
441 207 441 648 2 L
N
171 756 441 756 2 L
N
171 288 171 189 2 L
1 H
N
171 288 207 288 2 L
N
207 261 207 243 2 L
N
171 189 441 189 2 L
N
441 288 441 189 2 L
N
405 261 405 243 2 L
N
207 243 405 243 2 L
N
225 531 225 288 243 288 243 531 243 531 5 L
7 X
V
0 X
N
369 531 369 288 387 288 387 531 387 531 5 L
7 X
V
0 X
N
7 X
90 450 45 51 306 339 G
0.5 H
90 450 45 51 306 339 A
261 350.51 349.84 531 R
V
N
171 531 441 531 2 L
0 X
N
261 531 261 333 2 L
N
351 531 351 333 2 L
N
180 270 45 45 306 333 A
270 360 45 45 306 333 A
207 243 405 261 R
7 X
V
0 X
N
180 288 180 261 2 L
N
432 288 432 261 2 L
N
405 288 441 288 2 L
1 H
N
180 261 432 261 2 L
0.5 H
N
171 531 171 493 2 L
N
171 495 207 495 2 L
N
207 495 207 288 2 L
N
441 531 441 495 2 L
N
441 495 405 495 2 L
N
405 288 405 495 2 L
N
288 189 324 243 R
7 X
V
0 X
N
432 288 432 288 2 L
N
385.44 633.07 386.98 657.01 398.36 635.89 391.9 634.48 4 Y
V
306 45 M
 315 72 293.7 202.15 302.04 227.69 D
 311.38 256.28 343.53 253.03 366.72 252.51 D
 391.49 251.96 414.91 278.03 415.17 301.78 D
 415.54 336.67 421.68 375.69 422.39 406.31 D
 423 432.27 422.54 457.77 420.2 483.45 D
 418.25 504.93 401.18 590.17 391.87 634.46 D
4 H
0 Z
N
198 171 261 189 R
10 X
V
0.5 H
2 Z
0 X
N
378 126 441 144 R
10 X
V
0 X
N
171 126 234 144 R
10 X
V
0 X
N
117 54 180 99 R
4 X
V
1 H
0 X
N
7 X
90 450 13.5 13.5 148.5 76.5 G
0 X
90 450 13.5 13.5 148.5 76.5 A
423 54 486 99 R
4 X
V
0 X
N
7 X
90 450 13.5 13.5 454.5 76.5 G
0 X
90 450 13.5 13.5 454.5 76.5 A
441 756 441 675 2 L
3 H
N
171 756 171 675 2 L
N
90 450 4.5 9 166.5 216 G
90 450 4.5 9 166.5 216 A
90 450 4.5 9 445.5 216 G
90 450 4.5 9 445.5 216 A
504 126 540 234 R
1 X
V
0.5 H
0 X
N
72 126 108 234 R
1 X
V
0 X
N
3 H
180 270 22.5 27 139.5 207 A
270 360 22.5 27 139.5 207 A
162 207 162 387 2 L
N
117 207 117 378 2 L
N
180 270 22.5 27 472.5 212 A
270 360 22.5 27 472.5 212 A
450 212 450 392 2 L
N
495 212 495 383 2 L
N
432 675 M
 441 666 441 666 445.5 670.5 D
 450 675 450 675 459 666 D
0.5 H
N
432 666 M
 441 657 441 657 445.5 661.5 D
 450 666 450 666 459 657 D
N
162 675 M
 171 666 171 666 175.5 670.5 D
 180 675 180 675 189 666 D
N
162 666 M
 171 657 171 657 175.5 661.5 D
 180 666 180 666 189 657 D
N
279 45 288 171 R
1 X
V
3 H
0 X
N
324 45 333 171 R
1 X
V
0 X
N
0 18 Q
(Figure 2 -- Base and Inner Layers) 171 23.73 T
162.84 611.82 170.99 603.01 159.41 606.16 161.13 608.99 4 Y
V
161.13 608.98 126 630 2 L
0.5 H
N
235.63 515.89 234 504.01 229.08 514.95 232.35 515.42 4 Y
V
232.36 515.42 225 567 2 L
N
179.53 520.39 188.99 513.01 177.06 514.25 178.29 517.32 4 Y
V
178.3 517.31 144 531 2 L
N
106.53 366.39 116 359.01 104.06 360.25 105.3 363.32 4 Y
V
105.3 363.31 71 377 2 L
N
308.25 434.23 303.99 423.02 301.66 434.79 304.95 434.51 4 Y
V
304.96 434.49 320 614 2 L
N
368.11 654.8 378 648 366.01 648.53 367.06 651.66 4 Y
V
367.06 651.66 324 666 2 L
N
62.3 233.44 66 222.02 56.81 229.74 59.56 231.59 4 Y
V
59.56 231.57 48 249 2 L
N
53.47 137.99 54 126.01 47.2 135.89 50.34 136.94 4 Y
V
50.34 136.94 36 180 2 L
N
201.61 230.18 207.99 220.02 197.2 225.25 199.4 227.72 4 Y
V
199.41 227.7 84 331 2 L
N
443.97 152.43 431.99 153.02 442.46 158.88 443.22 155.66 4 Y
V
443.23 155.64 549 180 2 L
N
401.63 190.61 395.99 180.02 395.16 191.99 398.4 191.3 4 Y
V
398.41 191.28 468 522 2 L
N
155.5 226.11 161.99 216.02 151.14 221.14 153.32 223.63 4 Y
V
153.33 223.61 90 279 2 L
N
409.95 141.43 403.98 131.03 403.53 143.02 406.74 142.23 4 Y
V
406.76 142.2 468 396 2 L
N
123.46 84.31 135 81 123.46 77.69 123.46 81 4 Y
V
123.46 81 99 81 2 L
N
267 90.37 278.99 90.02 268.64 83.96 267.82 87.16 4 Y
V
267.82 87.15 243 81 2 L
N
0 12 Q
(Wire \322races\323) 288 675.82 T
(\322Cell\323 test-tube holder) 258 626.82 T
(Spool heaters are) 183.38 599.82 T
(Copper temperature) 45 644.6 T
(gradient reducer shield) 45 632.6 T
(Aluminum) 92.02 540.82 T
(\322Spool\323) 92.02 528.28 T
(Dewar) 54.04 381.82 T
(O-Ring) 54 288.82 T
(Ring) 36 254.6 T
(Base) 27 189 T
(Cooling) 51.35 81.82 T
(Water) 51.35 69.82 T
(Wire) 198 81 T
(\322stabilization\323) 198 69 T
(copper tube) 198 57 T
(Plate - Base TED) 468 467.6 T
(Puck - Plate TED) 459 567.64 T
(Copper) 549 189 T
(Plate) 549 177 T
(Aluminum) 33.02 348.82 T
(\322Puck\323 ~ 24) 33.02 336.82 T
0 10 Q
(o) 92.14 341.62 T
0 12 Q
(C) 97.13 336.82 T
(See Figure 3) 279 360 T
(for \322Cell\323) 279 348 T
(contents.) 279 336 T
(Thomas F. Droege and) 28.5 744.1 T
(Zero Gradient Calorimeter) 29.75 720.57 T
(2 S. 942 Thorncrest Lane) 29.5 708.1 T
(Batavia, IL 60510 USA) 29.25 695.6 T
( Lee John Droege\325s) 27 732.1 T
(driven to maintain) 183.38 587.82 T
(desired cell temperature.) 183.38 575.82 T
(Constant current driven.) 460 555.64 T
(Moves heat from puck) 460 543.64 T
(to plate.) 460 531.64 T
(Servo driven. Trys to) 468 455.6 T
(keep puck and plate at) 468 443.6 T
(same temperature by) 468 431.6 T
(modulating heat) 468 419.6 T
(transport.) 468 407.6 T
495 234 540 243 R
V
N
72 234 117 243 R
V
N
495 243 504 279 R
V
N
108 243 117 279 R
V
N
FMENDPAGE
%%EndPage: "2" 1
%%Page: "1" 1
612 792 0 FMBEGINPAGE
126 72 477 666 R
5 X
0 K
V
3 H
2 Z
0 X
N
162 72 445 612 R
6 X
V
0 X
N
216 702 225 765 234 702 3 L
3 X
V
0.5 H
0 X
N
198 702 207 765 216 702 3 L
3 X
V
0 X
N
234 702 243 765 252 702 3 L
3 X
V
0 X
N
252 702 261.29 765 270.57 702 3 L
3 X
V
0 X
N
270 702 279 765 288 702 3 L
3 X
V
0 X
N
396 702 405 765 414 702 3 L
3 X
V
0 X
N
288 702 297 765 306 702 3 L
3 X
V
0 X
N
306 702 315 765 324 702 3 L
3 X
V
0 X
N
324 702 333 765 342 702 3 L
3 X
V
0 X
N
342 702 351 765 360 702 3 L
3 X
V
0 X
N
360 702 369 765 378 702 3 L
3 X
V
0 X
N
378 702 387 765 396 702 3 L
3 X
V
0 X
N
198 684 414 702 R
3 X
V
0 X
N
207 72 405 549 R
7 X
V
3 H
0 X
N
216 612 396 639 R
7 X
V
0.5 H
0 X
N
222 612 387 639 R
7 X
V
N
277 639 333 684 R
3 X
V
0 X
N
222 621 387 639 R
3 X
V
0 X
N
225 612 369 612 2 L
3 H
N
234 612 270 621 R
10 X
V
0.5 H
0 X
N
342 612 378 621 R
10 X
V
0 X
N
288 612 325 621 R
10 X
V
0 X
N
225 612 387 612 2 L
3 H
N
178 612 423 612 2 L
N
234 63 378 504 18 RR
N
189 54 423 117 R
7 X
V
0.5 H
N
180 270 13.5 18 220.5 117 G
3 H
0 X
180 270 13.5 18 220.5 117 A
7 X
270 360 13.5 18 220.5 117 G
0 X
270 360 13.5 18 220.5 117 A
7 X
180 270 13.5 19 391.5 117 G
0 X
180 270 13.5 19 391.5 117 A
7 X
270 360 13.5 19 391.5 117 G
0 X
270 360 13.5 19 391.5 117 A
405 117 423 117 2 L
0.5 H
N
423 117 423 72 2 L
N
207 117 189 117 2 L
N
189 117 189 72 2 L
N
423.99 716.22 412 716 422.06 722.54 423.02 719.38 4 Y
V
423.03 719.38 486 738 2 L
N
388.04 596.44 377.99 603.01 389.99 602.76 389.01 599.6 4 Y
V
389.02 599.6 495 567 2 L
N
141 629.76 152.99 630.01 142.95 623.44 141.97 626.6 4 Y
V
141.98 626.59 63 603 2 L
N
178.05 589.92 189 585 177.11 583.37 177.58 586.65 4 Y
V
177.58 586.64 63 603 2 L
N
232.17 536.18 243 531 231.08 529.65 231.62 532.91 4 Y
V
231.63 532.91 81 558 2 L
N
488.99 617.12 476.99 617 487.11 623.46 488.05 620.29 4 Y
V
488.06 620.29 522 630 2 L
N
461.88 448.37 449.99 450.01 460.94 454.92 461.41 451.65 4 Y
V
461.42 451.64 513 459 2 L
N
416.92 295.65 405 297 415.83 302.18 416.37 298.92 4 Y
V
416.38 298.91 513 315 2 L
N
0 12 Q
(Foam) 27 596.6 T
(Dewar Vacuum) 36 560.6 T
(Convection Cooler) 441 747.82 T
(\322TEDs\323) 502.74 577.64 T
(Outer Shell) 504 639.82 T
495 396 585 513 R
7 X
V
0 X
(5/8\323 Aluminum) 495 505 T
(\322anti-radiation-) 495 491 T
(loss\323 shield is) 495 477 T
-0.09 (driven by \322TEDs\323) 495 463 P
(above to be the) 495 449 T
(same temperature) 495 435 T
-0.59 (as the inside of the) 495 421 P
(Dewar) 495 407 T
(.) 526.3 407 T
(Dewar) 517.04 317.6 T
389.97 282.97 377.99 283.52 388.45 289.4 389.21 286.18 4 Y
V
389.22 286.17 513 315 2 L
N
(See Figure 2) 279 198.82 T
(for Dewar) 279 186.82 T
(contents.) 279 174.82 T
0 18 Q
(Figure 1 -- The Outer Layers) 207 41.73 T
0 12 Q
(\050Thermo Electric) 502.74 565.64 T
(Devices\051) 502.74 553.64 T
(Thomas F. Droege and) 27.25 756.35 T
(Zero Gradient Calorimeter) 28.5 732.82 T
(2 S. 942 Thorncrest Lane) 28.25 720.35 T
(Batavia, IL 60510 USA) 28 707.85 T
( Lee John Droege\325s) 25.75 744.35 T
(1.5\323 each) 27 584.6 T
(2 liter) 517.04 305.6 T
126 198 160 225 R
7 X
V
0 X
N
134.11 213.8 144 207.01 132.01 207.53 133.06 210.67 4 Y
V
133.06 210.66 90 225 2 L
N
(Radioactive) 50.72 243.82 T
(\322Source\323 port) 50.72 231.82 T
189 117 207 123.75 R
V
N
201.25 124 206.75 142 R
V
N
406.25 123.75 411.75 141.75 R
V
N
404.75 117.25 422.75 124 R
V
N
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