Nuclear Engineering, Part V [-VIII]

American Institute of Chemical Engineers, 1959 - Nuclear engineering

Contents

• ENGINEERING HOTCHANNEL FACTORS: 1
• AN INPILE STUDY OF ORGANICS AS NUCLEAR REACTOR COOLANTS: 9
• CONTINUOUS DISSOLUTION OF URANIUMALUMINUM FUELS IN A TRICKLETYPE COLUMN DIS: 25
• DESIGN OF PLUTONIUM PROCESSING PLANTS: 33
• APPLICATION OF THE PACKED COLUMN TO THE REDOX PROCESS: 49
• ELECTROLYTIC RECYCLE METHOD FOR THE TREATMENT OF RADIOACTIVE NITRIC ACID WASTE: 55
• W F Fagen and Joseph Weil: 65
• DESIGN AND CONSTRUCTION CRITERIA FOR INPILE EXPERIMENTAL CHEMICAL REACTORS: 83
• REPORT ON PROCESS STEAM REACTORS: 91
• NUCLEAR CONSIDERATIONS IN DESIGN OF HIGHTEMPERATUREPROCESS HEAT REACTORS: 99
• DESIGN OF A PLANT FOR RECOVERY OF URANIUM BY LIQUID ION EXCHANGE SOLVENT EXTRAC: 105
• INDIRECTCYCLE NUCLEAR REACTOR SYSTEM TO FURNISH PROCESS HEAT: 111
• DIRECT UTILIZATION OF FISSION ENERGY FOR RADIATION PROCESSING: 119
• EXPERIMENTAL DETERMINATION OF DOSE DISTRIBUTION IN THE PROPOSED FIR GAMMA: 127
• ENGINEERING CONTINUOUS FILTRATION TO THE URANIUM OREPROCESSING FLOW SHEET: 139
• Joseph DeFelice: 159
• PROCESS APPLICATIONS AND CONSTRUCTION MATERIALS FOR A HIGHTEMPERATURE NUCLEAR: 167
• THE EFFECTS OF GAMMA RADIATION ON SEVERAL POLYSULFENE REACTIONS: 173

Bibliographic information

• Title: Nuclear Engineering, Part V [-VIII]; Issues 22-23; Issues 27-28 of Chemical engineering progress symposium series; Nuclear Engineering, Part V [-VIII], American Institute of Chemical Engineers. Nuclear Engineering Division
• Contributors: Henry Ward Alter, Sylvia Fourdrinier, Walton A. Rodger, American Institute of Chemical Engineers. Nuclear Engineering Division
• Publisher: American Institute of Chemical Engineers, 1959
• Original from: Cornell University
• Digitized: Sep 14, 2010