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c-' w FILL TANKS LINE VOLUME APPROX 2ft3 (GAS) I; He SUPRY+ ,-< =====e- 'h-in. BOURDON RESTRICTOR - ( SURGE TANK I I I 0.54 ft3 GAS OR REFLECTOR MOLANT LIQUID VOLUMES SURGE TANK N NoK VAPOR TRAP AND STORAGE TANK t E3 NORMAL VENT PATH VACUUM DISCHARGE PATH HOT GAS BY-PASS VACUUM PUMP AIR FROM BASEMENT iocfm BLOWER SHIELDING WALL VALVE CONTROLLED BY ANEMOMETER UNCLASSIFIED DWG. (6957
I REACTOR POWER, 3 mv OPERATING TIME. 200 hr 50w I ' (APPROX SATUR'AT 2 o ' m io COMMITTEE CHAIRMAK GRGUND CONCENTRA HOLDUP TIME (min) WG 18953
Page 2 and 3: __~ ~ ~~~ . ......... ~ ..... - ...
Page 4 and 5: 98- 108. 109. 110- 117. 118. 119-12
Page 6: Reports previously issued in this s
Page 9 and 10: e e e PAGE Moore Nullmatic pressure
Page 11 and 12: .. CrF. .Na. CrFd .Li. CrF6 .......
Page 13 and 14: PAGE Melting point of 60% Pd-40% Ni
Page 16: ANP PROJECT QUARTERLY PROGRESS REPO
Page 21 and 22: ANP PROJECT QUARTERLY PROGRESS REPO
Page 23 and 24: AYP PROJECT QUARTERLY PROGRESS REPO
Page 26 and 27: in the hot condition corresponds to
Page 30 and 31: the disintegration rates and energi
Page 32 and 33: 2. EXPERIMENTAL REACTOR ENGINEERING
Page 34 and 35: design of the first combination sea
Page 36 and 37: the construction of the shaft and r
Page 38 and 39: on packed seals for pumps and valve
Page 40 and 41: filling, fluoride leakage occurred
Page 42 and 43: for 1975 hr at 1500nF.~5) The first
Page 44 and 45: MASS VELOCITY ( Ib/hr .ft2) - PEXIO
Page 46 and 47: 28C - 240 m W w IT e3 w D z 0 I- CJ
Page 48 and 49: These conditions were maintained fo
Page 50 and 51: 3. GENERAL DESIGN STUDIES A. P. Fra
Page 52 and 53: - 8 e 90 85 80 75 rn- 7;) u) w z W
Page 54 and 55: 0 03 06 - PERIOD ENDING DECEMBER 10
Page 56 and 57: In the theory of power oscillations
Page 58 and 59: J O dt C’ Again, because of the p
Page 60 and 61: and The assumed boundary conditions
Page 62 and 63: where N, = number of atoms per cubi
Page 64 and 65: 4 5 6 7 a 9 10 11 12 13 14 15 16 17
Page 66 and 67: MSTANCE FROM REACTOR AXIS (in) Pmrm
Page 68 and 69: z 11 t- o a LT LL 1 .O 0.8 5 0.6 -
Page 70 and 71: 300 250 >- I- 2 & 150 ct W LL 50 0
Page 72: T BLE 5. RADIAL PmITxm- (in. 1 REAC
Page 77 and 78: ANP PROJECT QUARTERLY PROGRESS REPO
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64 ANP PROJECT QUAMTEREY PROGRESS R
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AN€' PROJECT QUARTERLY PROGRESS R
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68 ANP PROJECT QUARTERLY PROGRESS R
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ANP PROJECT QUARTERLY PROGRESS REPO
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- *0° 1 BO 440 120 , '0° i 80 , I
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84 1 E 0 d a 1 Y d .4 rl h u C d d
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the last quarterly report,(') has b
Page 110 and 111:
Design of the tower configuration a
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d 1 I 2 . k IJJ 10 c -- ___li i____
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person received about four times th
Page 119 and 120:
ANP PROJECT QUARTERLY PROGRESS REPQ
Page 121 and 122:
ANP PROJECT QUAIRTEHLY PROGRESS REP
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AIYP PROJECT QUARTERLY PKQGRESS REP
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ANP PROJECT QUAHTERLY PROGRESS REPO
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ANP PR0,jlECT QUARTERLY PROGRESS RE
Page 135 and 136:
ANP PROJECT QUAR'FEHLY PROGRESS REP
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ANP PROJECT QIJARTERX,Y PRQCRESS RE
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ANP PROJECT QUARTEHLY PROGRESS REPO
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ANF PROJECT QUARTERLY PROGRESS REPO
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ANP PRQ JECT QUARTERLY PROGRESS RQE
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134 = e . , n N N N - Y) o m -J .m
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constituent was found in this loop.
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(mil SId: 3 6 10 15 20 25 30 Extern
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ANP PROJECT QUARTERLY PRQGIXSS HEPO
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ANP PROJECT QUARTERLY PRQGRESS REPO
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ANP lJHO JECT QUARTERLY PHOGRESS RE
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AhP PROJECT QUARTERLY PHOGRESS REPO
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160 . .... - .................... .
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ANP PROJECT QUARTElilLY PROGRESS RE
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BRAZING ALLOY Nic robr az 60% Mn-40
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ANP PRQJECT QUARTERLY PROGRESS REPO
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ANP PROJECT QUARTERLY PIJQGRESS REP
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ANP PRQJECT QUAMTERLY PWOd;l"aESS R
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on air radiations and simulated fla
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184 Fie. 13.6. Pyrex Thermal Convec
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ANP PROJECT QU.4RTEtlLY I'ROGRESS R
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SUMMARY AND INTRODUCTION The list o
Page 216 and 217:
CF-52-11-85 ORNL- 1 43 3 OWL- 137 2
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H. Seal and Pump Development PERIOD
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12. 13. 14. 15. 16. 1.7. 18. 19. Pr
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i 3. U0,-NaOH Slurry Loop 4. Operat
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7. Fuel Spherical Particle Producti
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