Reactor Configuration C 3-35 38. Expected Reentry Behavior 3-38 39. Arc-Jet Test Configurations 3-42 40. Stainless Steel Calibration Run-Arc-Jet Tests (Run No. 0.4). .. 3-44 41. Series No. 3 Arc-Jet Tests (Run No. 3.6) 3-46 42. Series No. 4 Arc-Jet Tests (Run No. 4.18) 3-48 43. Calorimeter Assembly Test Data-Arc-Jet Tests 3-50 44. Macrographs of Preablation Oxidation Test Specimens-Arc-Jet Tests (Run Nos, 2.1 and 2.4) 3-51 45. Macrographs of Preablation Oxidation Test Specimens-Arc-Jet Tests (Run Nos. 2.10 and 2.11) 3-52 46. Calibration Run Results-Arc-Jet Tests (Run Nos. 0.4 and 0.5) , , 3-54 47. Comparison of Calculated to Measured Surface Temperatures-Arc-Jet Tests 3-56 48. Comparison of Calculated to Measured Internal Temperatures-Arc-Jet Tests 3-58

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sient, natural-convection phenomena, such as those arising from various postulated sodium spill accidents in LMF^l heat transfer vavilts, head compartments, containment buildings, and secont^ry heat transfer systems. 2) Develop experimental programs and conduct tests that will characterize the behavior of sodium, sodium oxide, fuel, fission product, and other aerosols as they might be generated by various postulated LMFBR accidents. 3) Determine by analysis and experiment the generation and transport of these aerosols with respect to source (location, type, and configuration) release dispersal, agglomeration attenuation, and removal for the entire course of events associated with real and hypothetical accident conditions.