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12. 13. 14. 15. 16. 1.7. 18. 19. Preparation and Properties of Complex Fluorides of Structural Elements Reactions of Fluorides and Metal Oxides Preparation, Phase Behavior, and Reaction of "F3 Preparation of Specimens for Radiation Damage Phase Behavior of Fuels with Added Reducing Agents NaK-Fuel Reaction Tests Free Energy of Fluorides Liquid Fuel Chemistry Consultants B. Liquid-Moderator Chemistry 1. Preparation and Evaluation of Pure Hydroxides 2. Electrochemical Behavior of Metal Oxides in Molten Hydroxides 3. Moderator Systems Containing Hydrides 4. Hydroxide-Metal Systems C. Corrosion by Liquid Metals 1. Static Corrosion Tests in Liquid Metals and their Alloys 2. Dynamic Corrosion Research in Convection Loops 3. Effect of Crystal Orientation on Corrosion 4. 5. 6. 7. a. 9. 10. 11. 12. 13. D. Corrosion by Fluorides 1. Static Corrosion of Metals and Alloys in Fluoride Salts 2. Static Corrosion Tests in Fluoride Salts 3. 4. 5. 6. 7. Effect of Carbides on Liquid Metal Corrosion Mass Transfer in Molten Metals Diffusion of Molten Media into Solid Metals Structure of Liquid Pb and Bi Alloys, Mixtures, and Combustion of Liquid Sodium Protective Coatings for Corrosion Resistance Mass Transfer and Corrosion Inhibitor Studies Handling of Liquid Metal Samples Compatibility of Be0 and NaK 9733-3 9733-3 9733-3 9733-2 9733-2 9201-3 9201-3 9733-3 9733-2 MHI 4500 2000 9201-3 2000 2000 2000 9201-3 2000 2000 2000 2000 9201-3 9201-3 9201-3 Compatibility of Materials at High Temperatures 2000 Fluoride Corrosion in Small-Scale Dynamic sy s terns Dynamic Corrosion Tests of Fluoride Salts Reaction of Metals with Fluorides and Contaminants E uilibria Between Electro ositive and '?ransition Metals in Halige Melts Corrosion by Fluorides in Stand Pipes 2000 9766 9766 2000 9201-3 9733-3 3550 9766 DECEMRER 10, 1952 Overholser, Sturm Blankenship. Hoffman Coleman, Hoffman, Kelly, Barton Hoody Overholser, Redman, B1 anken sh ip , tlof f man, Kelly Mann, Cisar Mann, Petersen Gibb, Tufts College Hill, Duke Univ. Weekes. Texas A&M Carter Overholser, Ke tchen Bolomey, Cuneo Banus Bredig, Johnson, Br on s te i n Vreeland, Hoffman Adamson Smith, Cathcart, Bridges Vreeland, Hoffman Cathcart, Adamson Smith, Cathcart Smith Smith, Hall Vre e 1 and Adamson Ke tchen Mann, Cisar Bomar, Vreeland Vreeland, Day, Hoffman Kertesz, Buttram Smith, Meadows, Croft Kertesz, Buttram, Croft, Smith, Meadows, Vree land, Nic ho 1 son, Hoffman, Trotter Adamson, Reber Ove rho 1 ser , Re dman , Powers, Sturm Bredig, Johnson, Bron s te in Ke r te sz , But tr am, Croft 205
ANP PROJECT QUARTERLY PROGRESS REPORT 206 E. Corrosion by Hydroxides 1. Static Corrosion of Metals and Alloys in Hydroxides 2. Mass Transfer in Molten Hydroxides 3. Physical Chemistry of the Hydroxide Corrosion Phenomenon 4. Static and Dynamic Corrosion by Hydroxides 5. Static Corrosion by Hydroxides F. Physical Properties of itlaterials 1. Density of Liquids 2. Viscosity of Liquids 3. Thermal Conductivity of Solids 4. Thermal Conductivity of Liquids 5. Specific Heat of Solids and Liquids 6. Viscosity of Fluoride Fuel Mixtures 7. Vapor Pressure of Fluoride Fuels 8. Vapor Pressure of BeFz 9. Density of Be0 Blocks 10. Evaluation of Materials for High Thermnl Conductivity Suitable for Radiator Fin 2000 2000 2000 9766 BM I 9204- 1 9201-4 9204- 1 9204- 1 9201-4 9766 9733-2 EM I 97 66 Vreeland, Day, Hoffman Vre e 1 and, Smith , Cathcart Cathcart, Smith Kertesz, Croft, Buttram, Smith Jaffee, Craighead Jones, Redmond Jones, Redmond Powers, Burnett Claiborne, Powers, Burnet t Powers, El alock Kertesz, Knox Barton, Moore Patterson, Clegg Doney 2000 Bomar, Slaughter, Oliver G. Heat Transfer 1. Heat Transfer Coefficients of Fluoride and Hydroxide Systems 9204-1 Hoffman, Lones 2. Heat and Momentum Transfer in Convection Loop 9204- 1 Hamilton, Palmer, Lynch, Poppendiek 3. 4. Free Convection in Liquid Fuel Elements Heat Transfer in Circulating-Fuel Systems 920 4- 1 9204- 1 Hamilton, Lynch Pop e n di e k , 'h'i n n , P aPme r 5. Forced Convection in Annuli 9201-4 Bradfute, Harrison, Poppendiek 6. Radiator Analysis 9204- 1 Farmer W. Fluoride Handling 1. Fuel Production 2. Design of Special Fluoride Handling Equipment 920 1- 3 9733-3 Nessle, Eorgan Grimes, Blankenship, Nessle 3. Sin a 1 1 - Sc a 1 e Han d 1 in g o f Hi gh - 're mpe r a tu re Liquids 9733 - 2 Blood, Thoma, We inbe r ger 4. Preparation (Experimental) of NaZrF, 9733-2 Blankenship and crew 5. Preparation of Enriched Fuel for Radiation Studies 9733-3 Boody, Blankenship 6. Fluoride Sampling Techniques 9201-3 Mann, Blakely X. Liquid Metal Handling 1. Sampling Techniques 2. NaK Distillation Equipment 3. NaK Handling 8. Dynamic Liquid Loops 1. Operation of Convection Loops 2. Operation of Figure-Eight Loops 920 1- 3 9201- 3 9201- 3 9201-3 9201-3 Mann, Blakely Mann, Cisar Mann Adamson Coughlen
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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 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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