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Problems in Chemical Propulsion Systems and Limiting Factors Irving Silver, Bureau of Naval Weapons1

Materials Requirements for Storable Liquid Propellant Rocket Motors Charles J.Thelen, U.S.Naval Ordnance Test Station, China Lake19

Materials Requirements for Solid Propellant Rocket Motors C.M.Frey, United Technology Corporation38

Materials Requirements for Cryogenic Temperature Applications Abraham Hurlich, General Dynamics/Astronautic s45

Introduction to Space Propulsion Problems John E.Hove, Aerospace Corporation85

Materials Requirements for Ion Propulsion H.Todd, F.Barcatta, D.Clark, R.Worlock; Electro-Optical Systems, Inc94

Materials Requirements for Plasma Propulsion D.W.Gates, Research Projects Division, George C.Marshall Space Flight Center123

Materials Requirements for Nuclear Ramjets Harry L.Reynolds, Lawrence Radiation Laboratory136

Material Requirements for Nuclear Rockets Donald P.MacMillan, Los Alamos Scientific Laboratory151

Sliding Contacts and Friction Phenomena in Space F.J.Clauss, C.F.O′Hara, S.P.Drake, S.B.Cooke; Lockheed Missiles and Space Company164

Problems of Thermal Control Surfaces in the Space Environment R.E.Gaumer, Lockheed Missiles and Space Company199

Re-entry Environment Jackson R.Stalder, Vidya, Incorporated215

Pyrolytic Materials for Re-entry Applications Daniel Schiff, High Temperature Materials, Inc236

Materials Problem Areas Peculiar to Supersonic Aircraft Nicholas J.Hoff, Stanford University267

Some Materials and Structures Problems Associated with Designing B-58 Type Structure for Supersonic Cruise Capability W.D.Buntin, General Dynamics/Fort Worth281

The Use of Precipitation Hardening Stainless Steels in Supersonic Aircraft L.P.Spalding, North American Aviation, Inc309

Materials for the Supersonic Transport Paul H.Denke, Douglas Aircraft Company.Inc334

History and Recent Developments in Direct Energy Conversion Systems Paul H.Egli, U.S.Naval Research Laboratory371

Semiconducting Materials for Thermoelectric Power Generation F.L.Rosi, RCA Laboratories408

Solar Energy Converters Dr.Bernd Ross, Hoffman Electronics Corporation, Semiconductor Division431

Materials for Thermionic Converters Coleman Kaplan, The Marquardt Corporation453

Advanced Electron Tubes for High Frequency, High Power, and Long Life Dr.Walter L.Knecht, Aeronautical Systems Division467

Epitaxial Deposition John E.Allegretti, Peter I.Pollak, Merck, Sharp & Dohme Research Labs498

Electron Emission from Single Crystals Bruce Barnaby, Eitel-McCullough, Inc512

Some Recent Studies of the High-Temperature Mechanical Properties of Refractory Oxides and Carbides Roger Chang, G.G.Bentle, F.E.Ekstrom; Atomics International533

Fiber-Reinforced Structural Materials David W.Levinson, Armour Research Foundation59

Recent Developments in Columbium Physical Metallurgy Warren I.Pollock, E.I.duPont deNemours & Company576

Welding and Brazing of Space Age Materials H.C.Emerson, Rohr Corporation606

High Energy Rate Forming of Space Age Materials Warren G.Mang, General Dynamics Corporation632

Plasma-arc Spraying of Space Age Materials Donald R.Mash, Advanced Materials and Processes, Inc656

Heat Treatment of Space Age Materials Cecil C.Lacy, Leopold Albertin;The Boeing Company682

Corrosion and Mass Transfer in Alkali Liquid Metal Systems John R.Weeks, Brookhaven National Laboratory709

Joining of Refractory Metals for Space Power Applications G.M.Slaughter, C.W.Fox, E.A.Franco- Ferreira, R.G.Gilliland; Oak Ridge National Laboratory728

A Nuclear Fuel Element for Space Application Charles C.Woolsey, Atomics International747