Preston Layton Papers

46-1	"SNAP-8 Performance Potential Study Final Report,"April1967.
46-2	"SNAP-8 Performance Advancement."
46-3	"Assessment of the State of the Art and Future Potential of the Mercury Rankine Power Conversion System," R.L. Lessley, May 1970.
46-4	"Technical Report, Program E31025," D.G. Hickock, January 17, 1969.
46-5	"Users Manual, Program E31205," D.G. Hickock,17, 1969.
46-6	"SNAP-8 Status Report," May 9, 1966.
46-7	"Mission Study of NERVA System Parameters," J.A. Foschetti, April 23, 1970.
46-8	"SNAP-8 Power Conversion System Breadboard Assembly-Materials Evaluation After 8700 Hours operation," H. Derow, July 17, 1970.
46-9	"Organic Rankine Power Unit Testing, "Garcia and W.M. Water, June 2, 1970.
46-10	"SNAP-8 Rotating Machinery Components -10,000 hour Endurance Achievement," J.R. Pope and A. Stronquist, July 17, 1970.
46-11	"SNAP-8 -A Technical Assessment," J.N. Hodgson, Geimer and A.H. Kreeger.
46-12	"In-Flight Coolant Management Considerations for the NERVA Reactor Cooldown," B. Misra, J.H. Altseimer and G.D. Hart, 1970.
46-13	"SNAP-8 Growth Potential," May 17, 1968.
46-14	"Test Support Equipment Capabilities."
46-15	"ORACLE -Technical Assessment of an Organic Rankine Power Conversion Operated as a Breadboard Engine," Bill T. Macauley and John J. Marick, August 12-16, 1968.
46-16	"Proposal for Continued Experimental and Analytical Studies of Nuclear Exhaust Systems," J.P. Lay ton, August 11, 1964.
46-17	"SNAP-8 Power Conversion System Development: Recent Progress on the SNAP-8 Program."
46-18	"Final Report: Exploratory Research on Jet-Condenser Performance with Organic Rankine-Cycle Power Systems," February 17, 1975.
46-19	"Summary: Studies of Liquid Air Systems for Ground Testing PLUTO/SLAM," June 1962.
46-20	"Evaluation of Liquid Air Systems for PLUTO/SLAM Testing," May 1962.
46-21	"Preliminary Study: Air Supply Systems for Ground-Testing a Reactor for a Nuclear Ramjet," July 1961.
46-22	"The Liquid Storage Blowdown Air Supply System for Ground testing the PLUTO/SLAM Reactor," January 1962.
46-23	"Aerojet Nuclear Systems Company, Program Directive: Posted NPRD," N.A. Norman, June 25, 1970.
46-24	"Design Definition and Safety Evaluation Study of a Compact Co-60 Heat Source in Space, Final Report," September 1969.
46-25	"NERVA: Dual Turbopump Testing in Test Cell C," June1970.
46-26	"Development of a 50 KVA Model SNAP-50/ SPUR Inductor Generator," P.H. Scheffler, September 1, 1966.
46-27	"SNAP-8 Power Conversion System Development: Recent Progress on the SNAP-8 Program," May 17, 1968.
46-28	"SNAP-8 Growth Potential," June 17, 1968.
46-29	"Economic Space Systems Analysis," R.D. Waldo.
46-30	"Propellant Feed System," February 1970.
46-31	"NERVA Teleoperator Study," December 1970.
46-32	"SNAP-8 Electrical Generating System Development Program," July 15, 1971.
46-33	"Report No. RN-S-0099 (Revised) to AEC-NASA Space Nuclear Propulsion Office Nuclear Exhaust System," October 1964.
46-34	"AC Generator Rotor Materials," D.H. Lane, R.M. Frost and A.J. Krause, March 1967.
46-35	"Pressurization Gas Requirements," November 1970.

47-1	"Mission Engineering Study of Electrically Propelled Manned Planetary Vehicles, Volume VI: Schedules and Costs," July 19, 1967.
47-2	"Low Acceleration Space Transportation System Study; Final Report, Volume II: Technical Report," G.L.Coates, October 1967.
47-3	"The MHW Converter (RTG)," C.E. Kelly, 1975.
47-4	"Development of a Heat Source Assembly for an Isotope Bray ton Space Power Conversion System," Daniel Wein, 1975.
47-5	"Isotope Power Systems Operation."
47-6	"Research on Spacecraft and Power Plant Integration Problems, Third and Fourth Quarterly Report," October 26- April 26, 1964.
47-7	"Mini-Brayton Economic RTG Study, Mid-Term Review," August 29, 1973.
47-8	"Mini-Brayton Economic RTG Study, Final Review," December 1973.
47-9	"Mini-Brayton Economic RTG Study, Final Report," January 1974.
47-10	"Research on Spacecraft and Power plant Integration Problems; Spacecraft Analysis Topical Report," July 24,1964.
47-11	"Bray ton Isotope Power System, Phase II Plan, Overall Program Plan, Volume I Book I," March 15, 1978.
47-12	"Bray ton Isotope Power System, Phase II Plan, Technical Discussion, Volume I, Book 3A," March 15, 1978.
47-13	"Bray ton Isotope Power System, Phase II Plan, Technical Discussion (Continued), Volume I Book 3B," March 15,1978.
47-14	"Mini-Brayton Economic RTG Study, Mid-Term Review," August 29, 1973.
47-15	"Mini-Brayton Economic RTG Study, Final Review," December 1973.
47-16	"Final Report: Mini-Brayton Heat Source Assembly Development, June 27, 1974- October 1, 1978," November 1, 1978.
47-17	"Mission Engineering Study of Electrically Propelled Manned Planetary Vehicles, Volume II, Mission Analysis Topical Report," Harold Brown and Paul ortiz, July 19,1967.
47-18	"Mission Engineering Study of Electrically Propelled Manned Planetary Vehicles, Volume III, Book I, Operational Analysis, Topical Report," July 19, 1967.
47-19	"Mission Engineering Study of Electrically Propelled Manned Planetary Vehicles, Volume IV, Systems Design Topical Report," July 19, 1967.

48-1	"Electric Propulsion Comes of Age," Princeton Alumni Weekly, October 22, 1979.
48-2	"Performance Characteristics of Quasi-Steady MAD Discharges," L.K. Rudolph, R.G. Jahn, K.E. Clark, and W.F. von Jaskowsky.
48-3	"Working Group on Space Power and Propulsion; RTAC on Energy Systems and Space Propulsion," December 13,1974.
48-4	"Auxiliary Propulsion (Pulsed Plasma Thrusters)," E.V. Pawlik, January 23, 1975.
48-5	"Soviet Using a Plasma Rocket Aboard Mars Probe," ~ New York Times, December 1964.
48-6	"Use of a Small Solar-Electric Propulsion Spacecraft for a High-Inclination Extra-Ecliptic Mission," Hans F. Meissinger, October 14-18, 1974.
48-7	"Prospects for a Breakthrough in Field Dependent Propulsion," June 30- July 2, 1980.
48-8	"Mathematical Modeling of Electric Propulsion Systems, 'Performance Analysis Modeling and Critical Tests of Electric Thruster systems'," March 1970.
48-9	"Survey of Electric Propulsion Capability, " Kenn E. Clark, October 21-23, 1974.
48-10	"Physics of Electric Propulsion," E.S. Rittner, January 16, 1975.
48-11	"Projected Characteristics of MAD Thrusters," K.E. Clark, R.G. Jahn, and W.F. von Jaskowsky.
48-12	"Electric Propulsion Ready for Space Missions," Ernst Stuhlinger, Aeronautics and Astronautics, 1978.
48-13	"Large-Payload Earth-Orbit Transportation with Electric Propulsion," September 15, 1976.
48-14	"Electric Rail Gun Application to Space Propulsion," October 30- November 1.
48-15	"Survey of Electron-Bombardment Thruster Research," David C. Byers and Bruce A. Banks, December 10, 1972.
48-16	"SEP Development, Ist Flight and Standard Module Block-Buy Program Cost Summary," September 3, 1975.
48-17	"Electric Propulsion Meeting Monthly Progress Report," October 6, 1976.
48-18	"High Power and 2.5 kW Advanced Technology Ion Thruster Monthly Report No.9," February 1, 1976 to March 1,1976.
48-19	"SPACE TUG"
48-20	"Future Trends in Electric Propulsion," William R. Mickelsen, June 13-17, 1966.
48-21	"Air scooping Nuclear -Electric Propulsion Concept for Advanced Orbital Space Transportation Missions," October 10-16, 1976.
48-22	"Planetary Exploration with Electrically Propelled Vehicles," Ernst Stuhlinger, October 29, 1970.
48-23	J.P. Lay ton Notes from 14th International Electric Propulsion Conference, October 30,31 and November 1,1979.
48-24	"Optimization of Powerful Energy Supply Systems for Application in Space," September 1979.
48-25	"Unmanned Electric Propulsion Mission Capabilities of the SNAP-50/SPUR Power plant," October 22, 1964.
48-26	"Various Papers from the Princeton/AIAA/DGLR 14th International Electric Propulsion Conference," October 30- November 1, 1979.
48-27	"Solar Electric Space Mission Analysis Progress Report for the Period: January 1 through March 31, 1967, July 1 through June 30, 1967, July 1 through September 30, 1967, and October 1 through December 31, 1967."
48-28	"Integration of a Breadboard Power Conditioner with a 20-cm Ion Thruster," Journal of Spacecraft and Rockets, Volume 9, Number 2, February 1972.
48-29	"Solar Electric Missions to Ceres," David R. Brooks, Engineering Notes, August 1971.
48-30	"Solar Electric Propulsion Asteroid Belt Mission," Journal of Spacecraft and Rockets, Volume 8, Number 6.
48-31	"Performance and Control of a 30-cm-diam, Low-Impulse, Kaufman Thruster," Robert T. Bechtel, Journal of Spacecraft and Rockets, Volume 7, Number 1, January 1970.
48-32	"Final Briefing: Extended Definition Feasibility Study for a Solar Electric Propulsion Stage (SEPS) Concept Definition," January 8, 1974.
48-33	"Executive Summary: Extended Definition Feasibility Study for a Solar Electric Propulsion Stage (Exhibit B) and for a Geo synchronous Solar Electric Propulsion Stage (Exhibit C)," August 2, 1972.
48-34	"Solar Electric Propulsion Asteroid Belt Mission Study, Final Report Volume 1, Summary Report," January 1970.
48-35	"SERT II: Solar Array Power System," and "SERT II: Mission, Thruster Performance, and In-Flight Thrust. Measurements," Journal of Spacecraft and Rockets I Volume 8, Number 3, March 1971.
48-36	"Electrostatic Ion Thruster ESKA-18P of the DFVLR," Journal of Spacecraft and Rockets Volume 8, Number, April1971.
48-37	"Mars and Venus Orbiter Spacecraft Electric Propulsion Systems," J.H. Molitor and K.J. Russell, Journal of Spacecraft and Rockets, Volume 8, Number 5, May 1971.
48-38	"How Close is a Practical Plasma Rocket?", Kurt R.Stehling, Space/Aeronautics, March 1960.
48-39	"Timetable for Ion Propulsion," George R. Brewer and Jerome H. Molitor, space/Aeronautics, June 1967.
48-40	"Simplification of Solar-Electric Propulsion Missions by a New Staging Concept," T.A. Barber and H.F. Meissinger, AlAA 7th Electric Propulsion Conference, March 3-5, 1969.
48-41	"Auxiliary and Primary Electric Propulsion, Present and Future," William R. Mickelson, Journal of Spacecraft and Rockets, volume 4, Number 11, November 1967.
48-42	"Performance Characteristics of Quasi-Steady MAD Discharges," AlAA International Electric Propulsion Conference, November 14-17, 1976.
48-43	"Development of Ion Micro thrusters for Satellite Applications," AlAA 3rd Aerospace Sciences Meeting, January 24-26, 1966.
48-44	"A 20 kW Solar Powered Pulsed Plasma Engine System Concept," B. Gorowitz, P. Gloersen, and T. Karras, AIM 3rd Aerospace Sciences Meeting, January 24-26, 1966.
48-45	"Investigation of the Discharge and Exhaust Beam of a Small ARC Plasma Thruster," David N. Bowditch, AIM II Plasma dynamics Conference, March 2-4, 1966.
48-46	"Investigation of the Discharge in Electron Bombardment Thrusters," W. Knauer, G. Hagen, H. Gallager and E. Stack, AIM Fifth Electric Propulsion Conference, March7-9, 1966.
48-47	"Various Solar Electric Mission Papers and Letters."
48-48	"Electron Bombardment Heating for Electro thermal Propulsion," K.E. Starner and W.R. Grabowsky, AIM .Fourth Electric propulsion Conference, August 31-September 2, 1964.
48-49	"Ion Trajectory Studies of the Integral-Focus, Linear-Strip Cesium Contact Thruster," Hugh L. Garvin and Charles R. Buckey, AIM Fifth Electric propulsion Conference, March 7-9, 1966.
48-50	"Ion Engine Spacecraft Design and Mission Analysis," E. Friend and S. Hoyer, AIM 5th Aerospace Sciences Meeting, January 23-26, 1967.
48-51	"Experiments with a Co-Axial Hall Current Plasma Accelerator," William Grossman and Robert v. Hess, H.A. Hassan, AIM Fourth Electric Propulsion Conference, August 31- September 2, 1964.
48-52	"Plasma Separator Ion Thruster Development," B.A. and W.R. Mickelson, AIM Second Propulsion Joint Specialist Conference, June 13-17, 1966.
48-53	"Development and Long Life Performance of Ion Engines for Satellite Control," J. Robert Anderson and S.A.Thompson, AIM Fifth Propulsion Conference, March 7-9,1966.
48-54	"Cesium Electron Bombardment Ion Microthrustors," G. Sohl, v.v. Fosnight, S.J. Goldner, and R.C. Speiser,.AIM 5th Aerospace Sciences Meetings.
48-55	"Applications of a MAD Propulsion System," R.M. AIM/SAE/ASME 16th Joint Propulsion Conference,30-July 2, 1980.
48-56	"Ion Thruster Plume Effects on Spacecraft Surfaces," M.R. Carruth, Jr. and Y.S. Kuo, AIM/SAE/ASME 16th Joint Propulsion Conference.
48-57	NASA Newsletter "Electric Rocket Engine Tested 11 Years in Space," April 12, 1982.
48-58	"Concept Definition and System Analysis Study for a Solar Electric Propulsion Stage," Volume 5- Cost Data, Boeing Aerospace Company, January 1975.
48-59	"Alternate System Design Concepts Study for the Solar Electric Propulsion System," George C. Marshall Space Flight Center, Volume I -Executive Summary, January19, 1981.
48-60	"Concept Definition and System Analysis Study for a Solar Electric Propulsion Stage," Volume VI -Systems Requirement Data Book, Boeing Aerospace Company, January 1975.
48-61	"Concept Definition and System Analysis Study for A Solar Electric Propulsion Stage," Volume I -Executive Summary, Boeing Aerospace Company, January 1975.
48-62	"Concept Definition and System Analysis Study for a Solar Electric Propulsion Stage," Volume 11- Mission and System Analysis, Boeing Aerospace Company, January1975.
48-63	"Concept Definition and System Analysis Study for a Solar Electric Propulsion Stage," Volume III -Configuration and Subsystem Design and Analysis, Boeing Aerospace Company, January 1975.
48-64	"Concept Definition and System Analysis Study for a Solar Electric Propulsion Stage," Volume IV -Program Planning Data, Boeing Aerospace Company, January 1975.
48-65	"Payload Utilization of SEPS, Folder I -Technical Report," Boeing Aerospace Company, May 1975.
48-66	"Large Inert-Gas Thrusters," H.R. Kaufman and R.S. Robinson, AIAA/SAE/ASME 17th Joint Propulsion Conference, July 27-29, 1981.
48-67	"Ten-Millipound Resisto Jet Performance," Russell J. Page and Robert A Short, AIAA Electric Propulsion and Plasmadynamics Conference, September 11-13, 1967.
48-68	"Halley Comet Rendezvous with a SEPS Vehicle," R. Burrows, AIAA 16th Aerospace Sciences Meeting, January 16-18, 1978.
48-69	"Colloid Microthruster System Development," S. Zafran, J.C. Beynon and E. Cohen, AIAA 6th Aerospace sciences Meeting, January 22-24, 1968.
48-70	"Ammonia Micro thruster System," Technical Proposal, July 1976.
48-71	"Common Solar-Electric Upper Stage for High-Energy Unmanned Missions," January 15, 1971.
48-72	"Review Study of a Bray ton Power System for a Nuclear Electric Spacecraft," June 12, 1979.

49-1	"Optimum Solar Electric Interplanetary Trajectory and Performance Data," J.L. Horsewood and F.I. Mann, April 1970.
49-2	"NASA Electric Propulsion Technology Program," W.R. Hudson, October 30-November 1, 1979.
49-3	"Potential Military Space Systems Applications for Advanced Electric Propulsion Systems," R.L. Chase, July 27-29, 1981.
49-4	"Solar Electric Propulsion System (SEPS) Tomorrow's propulsion System -Today," R.E. Austin, October 30-November 1, 1979.
49-5	"Characteristics of Primary Electric Propulsion Systems," D.C. Byers, October 30-November 1, 1979.
49-6	"Rendezvous Missions to Minor Planets with Electrically Propelled Spacecraft," W. Dittberner and E. Stuhlinger, October 30-November 1, 1979.
49-7	"Flight Testing of an All Electronic Propulsion Control System," J. Kuhlberg and W. Zimmerman, June 30-July 2,1980.
49-8	"Electromagnetic Propulsion Alternatives," H. Kolm, K. Fine, P. Mongeau, and F. Williams, May 14-17, 1979.
49-9	"Electrical Power Generation System Requirements for a Logistics spacecraft," C. Dale Haines, September 1-4,1964.
49-10	"Thermionic Double Diode Fueled Converter," John Psarouthakis, James D. Long and Edward A. Scicchitand, September 1-4, 1964.
49-11	"Solar Electric Propulsion Mission and Spacecraft Capabilities for Outer Planet Exploration," Kenneth L. Atkins and John H. Duxbury, September 17-19, 1975.
49-12	"Electric Propulsion Interactive Effects with Spacecraft Science Payloads," J.M. Stellen, Jr., July10-12, 1973.
49-13	"Electric Propulsion Systems for Primary Spacecraft Propulsion," Dr. J. Kerrisk and H.R. Kaufman.
49-14	"Primary Electric-Propulsion Systems Technology and Applications," D.J. Kerrish and D.R. Bartz.
49-15	"Thrust System Technology for Solar Electric Propulsion," T.D. Masek and E.V. Pawlik.
49-16	"Briefing of the RAD Staff on Solar Electric Propulsion Technology Program," December 15, 1967.
49-17	"Solar Cell Radiation Flight Experiment," W.P. Dawson and L.J. Gold hammer, May 30, 1969.
49-18	"Solar Powered Electric Propulsion Spacecraft Study," January 1966.
49-19	"Applications for Electric Propulsion Systems," J.W. Stearns, May 3-5, 1961.
49-20	"Economic Radioisotope Thermoelectric Generator Study," August 1973.
49-21	"Solar Electric Interplanetary Trajectory and Performance Data for Sub-Optimal Powered Spacecraft," J.L. Horsewook and F.I. Mann, April 1970.
49-22	"Solar Electric Performance Data for Extra-Ecliptic and Solar Probes and Ceres, D'Arrest, and Encke Rendezvous Missions," J.L. Horsewook, F.I. Mann, P.F. Flanagan, December 1970.
49-23	"A critical Discussion on the Planning Considerations of Electric propulsion for Space Missions," John W. Stearns, September 1-4, 1964.
49-24	"Recent Advances in Electro thermal and Hybrid Electro thermal-Electromagnetic Propulsion," Richard R. John and Stewart Bennet, April 25-28, 1965.
49-25	"Advanced Power and Propulsion Study -Phase 1: Nuclear Electric Applications," Final Report, R. Nagorski, December 1980.
49-26	"Large Inert-Gas Thrusters," H.R. Kaufman and R.S. Robinson, July 27-29, 1981.
49-27	"Report on the Status and Prospects of the NASA Space Power and Propulsion Research and Technology Program," Executive Summary, Volume 1, May 30, 1975.
49-28	"Report on the Status and Prospects of the NASA Space Power and Propulsion Research and Technology Program," Program Status and Prospects, Volume II, May 30, 1975.
49-29	"1.0 Au Extra-Ecliptic Constraint Low-Thrust Missions," Alfred C. Mascy, June 10-14, 1968.
49-30	"Solar Powered Electric Propulsion Systems Feasibility Program Review," March 14, 1967.
49-31	"Integrated Operations/Payloads/Fleet Analysis Mid-Term Report," Volume II, March 24, 1971.
49-32	"Solar Powered Electric Propulsion Program," December 1966.
49-33	"Design of a Solar-Electric Propulsion System for Interplanetary Spacecraft," J.H. Molitor, D. Berman, R.L. Selinger, and R.N. Olson.
49-34	"NASA/Lockheed Solar Array Flight Experiment."
49-35	"Definition and Systems Analysis Study for a Solar Electric Propulsion Stage," January 29, 1975.
49-36	"Whither Now SNAP-8," James Hanckett, quoted in Nucleonics, May 1967.
49-37	"Advanced Electric Propulsion Research," prepared for NASA, June 1968; Report Number 7: Space Propulsion Program, Energy Conversion Program.
49-38	"Advanced Electric Propulsion Research," Annual report for the period January 1, 1966 to December 31, 1966; Space Propulsion Program Energy Conversion Program.
49-39	"Advanced Electric propulsion," Interim Report Prepared for NASA, June 1966.
49-40	"Advanced Electric Propulsion Research," Prepared for NASA, Report Number 5, July 1967.
49-41	"Space Power and Electric Propulsion," Volume 1, August 20, 1972.
49-42	"Space Power and Electric Propulsion," Volume II, August 20, 1972.
49-43	"Proposal for Development of a Three-Dimensional N-Body Computer Program for Analysis of Solar Powered Electric Propulsion Trajectories," Volume 1, May 1966.
49-44	"Concept Definition and Systems Analysis Study for a Solar Electric Propulsion Stage," January 29, 1975.
49-45	"Sixth Semi-Annual Hardened Solar Power System Presentation," July 15, 1975.
49-46	"Brief Review of Status and Need In Electric Propulsion Technology." D.S. Edgecombe, February 26, 1965.
49-47	"A Preliminary Examination of the Status and Utility of Electric Propulsion for OSSA Missions," D.S. Edgecombe, September 24, 1965.

50-1	"Low-Thrust Guidance Study," w. R. Pimple and C. P. Van Dine, July 1966.
50-2	"Spectral Absorption Coefficients of Helium and Neon Buffer Gases and Nitric Oxide-Oxygen Seed Gas Mixture, "N. L. Krascella, September 1971.
50-3	"Experimental Investigation of containment in Constant- Temperature Radial-Inflow Vortexes," John S. Kendall, September 1967.
50-4	"Effect of 1.5 MeV Electron Irradiation in the Transmission of optical Materials," Gary E. Palma, Ronald M. Gagosz, September 1971.
50-5	"Optical Absorption in Transparent Materials During 1.5 MeV Electron Irradiation," Gary E. Palma, Ronald M.Gagosz, October 1970.
50-6	"Optical Absorption in Fused Silica During TRIGA Reactors Pulse Irradiation," R. Gagosz, J. Waters, F.C. Douglas, September 1967.
50-7	"Optical Absorption in Transparent Materials Following High-Temperature Reactor Irradiation," F. C. Douglas,R. Gagosz, M. A. Decroscente, September 1967.
50-8	"Preliminary Results of Experiments to Simulate Radiant Heating of the Propellant in a Nuclear Light Bulb Engine Using a D-C Arc Radiant Energy Source," Wark. C. Roman, John F. Klein, May 1970.
50-9	"Analytical Studies of In-Reactor Tests of a Nuclear Light Bulb Unit Cell," Thomas S. Latham and Harold E. Bauer, September 1970.
50-10	"Experimental Investigations to Simulate the Thermal Environment and Fuel Region in Nuclear Light Bulb Reactors Using an R-F Radiant Energy Source," Ward C. Roman, Jerome F. Jaminet, September 1971.
50-11	"Experiments to Simulate Heating of the Propellant in a Nuclear Light Bulb Engine Using Thermal Radiation From a D-C Arc Radiant Energy Source," John F. Klein, September 1971.
50-12	"Initial Experiments to Investigate Condensation of Flowing Metal-Vapor/Heated-Gas Mixtures in a Duct," Harold E. Bauer, September 1971.
50-13	"Analytical Design Studies of In-Reactor Tests of a Nuclear Light Bulb unit Cell," Thomas S. Latham and Harold E. Bauer, September 1971.
50-14	"Development and Tests of Small Fused Silica Models of Transparent Walls for the Nuclear Light Bulb Engine," Paul G. Vogt, September 1970.
50-15	"Experimental Investigation of a High-Intensity R-F Radiant Energy Source to Simulate the Thermal Environment in a Nuclear Light Bulb Engine," Ward C. Roman, September 1970.
50-16	"Results of Experiments to Simulate Radiant Heating of Propellant in a Nuclear Light Bulb Engine Using D-C Arc Radiant Energy Source," John F. Klein and Ward C. Roman, September 1970.
50-17	"Experimental Investigations of Simulated-Fuel Containment in R-F Heated and Unheated Two-Component Vortexes," Jerome F. Jaminet and Arthur E. Mensing, September 1970.

Box 46 Nuclear Space Power and Propulsion