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i 3. U0,-NaOH Slurry Loop 4. Operation of Thermal Convection LdOOp6 5. Fluid Circuit Mockups K. Materials Analysis and Inspection Methods 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12" 13. 14. 1s. 16. 17. 18. 19. Determination of Metallic Corrosion Products in Proposed Reactor Fuels Analysis of Reactor Fuels Determinat,ion of Reduced Species in Reactor Fuels Followlng Reaction with NaK Determination of Oxides in Reactor Fuels Determinatlon of Water In Hydrogen Fluoride Determination of Efficiency of Removal of NaK by Distillation from ARE Hi gh - Tempe r a tur e M as s Spe c t r ome try X-Ray Study of Complex Fluorides Petrographic Examination of Fue Is Chemical Methods of Fluid Handling Me tallogr ap hic Examination Identification of Compounds in Solidified Fue 1 s Preparation of Tested Specimens for Examination Identification of Corrosion Products from Dynamic Loops Assembly and Interpretation of Corrosion Data from Dynamic Loop Tests Determination of Combined Oxygen in Fluoride Mixtures Me t a 1 lur gi c a1 Exam in at ion o f Engine e ring Parts Analyses of Na and NaK for Na20 Identification of Corrosion Products L. Radiation Damage 1. Liquid Compound Irradiation in LITR 2. 3. 4. 5. 6. 7. 8. 9. Liquid Compound Irradiations in Cyclotron Liquid Compound Irradiations in MTR Liquid Metal Corrosion in OWL Graphite Reactor Loops Stress Corrosion and Creep in LITR Liquid Metal Loops Creep of Metals in ORNL Graphite Reactor and LITR Thermal Conductivity of Metals in ORNL Graphite Reactor and LITR Neutron Spectrum of LITR Radiation-Damage Consultants PERIQD ENDING DECEMBER 10, 1952 EM1 2000 920 1- 3 97 33- 4 97 33- 4 9733-4 9733- 4 9733-4 9201- 3 973 5 3550 9766 9201-3 2000 9733 - 2 9733-2 9733-3 2000 9201-3 2000 97 33- 3 9201-3 9201-3 9201-3 2000 3005 9201- 3 NRTS 300 1 3005 3001 3025 3001 3005 3005 Simons Ca th c ar t , Smith Mann White, Talbott White, Ross Br i dge s, White, Talbott White, Lee White, Talbott White, Lee Baldock Agron McVay, White Mann, B1 akely Gray, Krouse, Roeche Barton, Hoffman Kelly Meadows, Didlake Hoffman, I31 ankenship, Smith, Borie, Dyer Adamson, Blankenship, Smi th , Vre e I and , Blakely White, Lee Adamson, Vreeland, Gray Mann Dyer, Borie Keilholtz, Morgan, Webster, Kinyon, Davies , Fe ldman, Robins on Sturm, Jones, Binder Keilholtz, Klein, Morgan, Richt, Robert son Si man, Bauman, Carroll, Brundage, Blacksher, Parkinson, El 1 IS , 01 sen, J ame s , Morgan Siaman, etc., (as above) Wilson, Zukas, Davis Cohen. Templeton Sisman, Trice Ruark, JHU, Smith, Cornel1 Univ. 207
ANP PROJECT QUARTERLY PROGRESS REPORT 2 08 1. Strength of Materials 1. Creep Tests in Fluoride Fuels 2. Creep and Stress-Rupture Tests of Metals in Vacuum and in Fluid Media 3. High-Temperature Cyclic Tensile Tests 4. Tube Burst Tests 5. Tube Burst Tests 6. Relaxation Tests of Reactor Materials 7. Creep Tests of Reactor Materials (GE) 8. Evaluation Testing for Other Development Groups 9. Designing and Evaluating New Testing Methods 10. Fatigue Testing of Reactor Materials Pi. Metals Fabrication Methods 1. 2. 3. 4. 5. 6. 7. a. 9. 10. 11. 12. 13. 14. 15. Welding Techniques €or ARE Parts Brazing Techniques for ARE Parts Molybdenum Welding Research Mo 1 ybdenum We 1 ding Research Resistance Welding for Mo and Clad Metals Welds in the Presence of Various Corrosion Me di a Nondestructive Testing of Tube-to-Header Welds Basic Evaluation of Weld-Metal Deposits in Thick Plates Evaluation of the Cone-Arc Welding Technique Development of High-Temperature Br ezing Alloys Eva 1. u a t i on o f the Hi gh - Tempe rat u re Br a zing Alloys Brazing of Testing Components for Evaluation Application of Resistance-Welding Methods to AN? Materials Welding Consultant Fabrication Procedures for Nickel and Its Alloys 0. New Metals Development 1. Mo and Cb Alloy Studies 2. Heat Treatment of Metals 3. Alloy Development of New Container Materials P. Solid Fuel Element Fabrication 1. Solid Fuel Element Fabrication 2. Diffusion-Corrosion in Solid Fuel Elements 3. Determination of the Engineering Properties of Solid Fuel Elements 4. Electroforming Fuel-Tube- to-Header Con f i gur a ti on s 5. Electroplating Mo and Cb 6. Carbonyl Plating of Mo and Ch 920 1- 3 2000 2000 9201-3 2000 2000 2000 2000 2000 2000 2000 2000 BMI MIT RPI 2000 2000 2000 2000 Wall- Co lmonoy 2000 2000 2000 Adamson 01 i ver , Douglas, Weaver Oliver, Woods Adamson Oliver, Woods, Weaver Oliver, Woods, Weaver Oliver, Woods, We aver Oliver, Woods, Reber Oliver, Reber Oliver, Reber S1 augb te r Hous ley, S1 augbter Parke Wulf f Nippes, Savage Vreeland, Slaughter Slaughter Slaughter, Gray S 1 au g h te r Peaslee S 1 aught er Slaughter, Petersen, Fraas Slaughter Patriarca International Ni cke 1 Comp an y 2000 Inouye 2000 Bomar, Coobs 2000 Inouye 2 000 Bomar, Coobs 2000 Bomar, Coobs 2000 Bomar, Coobs, Woods, Oliver, Doug1 as Gerity Graaf Mi ch . Gerity Mich. Graaf 2000 Boma r
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98- 108. 109. 110- 117. 118. 119-12
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Reports previously issued in this s
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e e e PAGE Moore Nullmatic pressure
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.. CrF. .Na. CrFd .Li. CrF6 .......
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PAGE Melting point of 60% Pd-40% Ni
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ANP PROJECT QUARTERLY PROGRESS REPO
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AYP PROJECT QUARTERLY PROGRESS REPO
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in the hot condition corresponds to
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c-' w FILL TANKS LINE VOLUME APPROX
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the disintegration rates and energi
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2. EXPERIMENTAL REACTOR ENGINEERING
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design of the first combination sea
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the construction of the shaft and r
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on packed seals for pumps and valve
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filling, fluoride leakage occurred
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for 1975 hr at 1500nF.~5) The first
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MASS VELOCITY ( Ib/hr .ft2) - PEXIO
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28C - 240 m W w IT e3 w D z 0 I- CJ
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These conditions were maintained fo
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3. GENERAL DESIGN STUDIES A. P. Fra
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- 8 e 90 85 80 75 rn- 7;) u) w z W
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0 03 06 - PERIOD ENDING DECEMBER 10
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In the theory of power oscillations
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J O dt C’ Again, because of the p
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and The assumed boundary conditions
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where N, = number of atoms per cubi
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4 5 6 7 a 9 10 11 12 13 14 15 16 17
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MSTANCE FROM REACTOR AXIS (in) Pmrm
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z 11 t- o a LT LL 1 .O 0.8 5 0.6 -
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300 250 >- I- 2 & 150 ct W LL 50 0
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T BLE 5. RADIAL PmITxm- (in. 1 REAC
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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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- *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
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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
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ANP PROJECT QUARTERLY PROGRESS REPQ
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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
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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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Page 181 and 182: BRAZING ALLOY Nic robr az 60% Mn-40
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Page 197 and 198: on air radiations and simulated fla
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Page 214 and 215: SUMMARY AND INTRODUCTION The list o
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Page 218 and 219: H. Seal and Pump Development PERIOD
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