Flame-Arc Combination, by J. Lawton, K. G. Payne and Dr. F. J. Weinberg, Nature, vol. 193, pp. 736-738, Feb. 24, 1962. |
Augmenting Flames with Electric Discharges, by D. C. C. Chen, J. Lawton, and F. J. Weinberg, Tenth Symposium (International) on Combustion, pp. 743-754, The Combustion Institute, 1965. |
Flame Stabilization by Plasma Jet, by A. J. Harrison and F. J. Weinberg, Proc. R. Soc. A 321, 95 (1971). |
Heat Transfer from Augmented Flames and Plasma Jets Based on Magnetically Rotated Arcs, by J. B. Cox, A. R. Jones and F. J. Weinberg, Imperial College, London-1971-pp. 269-289. |
Quenching Magnetically Rotated Augmented Flames and Plasma Jets in Mixtures Containing Methane, Oxygen and Nitrogen, by G. M. Colver and F. J. Weinberg, Imperial College, London (1972), pp. 375-391. |
Initiation of Electrically Augmented Flames, by I. J. Jagoda and F. J. Weinberg, The Combustion and Flame Institute-1972. |
Associating Plasma Jets with Hydrocarbon Combustion, by F. J. Weinberg, Industrie Chimique Belge., vol. 38-1973. |
A Note on Electromagnetically Induced Motion of Spark Ignition Kernels, by A. J. Harrison and F. J. Weinberg, The Combustion Institute-1974. |
Effect of Nitrogen-Containing Plasmas on Stability, No Formation and Sooting of Flames, by J. C. Hilliard and F. J. Weinberg, Nature, vol. 259, Feb. 19, 1976. |
Optical Study of Plasma Jets, by I. J. Jagoda and F. J. Weinberg, J. Phys. D: Appl. Phys. 13-1980-pp. 551-561. |
Ignition by Plasma Jet, by F. J. Weinberg, Nature, vol. 272, No. 5651, pp. 341-343-Mar. 23, 1978. |
Ignition by Radiation from Plasmas, by J. E. Orrin, I. M. Vince, and F. J. Weinberg, Combustion and Flame, 37, pp. 91-93-1980. |
Performance of a Plasma Jet Igniter, by B. Cetegen, K. Y. Teichman, F. J. Weinberg, A. K. Oppenheim, Society of Automotive Engineers, Inc. 1980. |
Optical Studies of Plasma Jets, by I. J. Jagoda and F. J. Weinberg, The Institute of Physics-1980-pp. 551-561. |
An Electrically Efficient, Finely Tunable, Low-Power Plasma Generator, by A. K. F. Chen, J. C. Hilliard, A. R. Jones and F. J. Weinberg, The Institutes of Physics-1980-pp. 2309-2320. |
A Study of Plasma Jet Ignition Mechanisms, by J. E. Orrin, I. M. Vince and F. J. Weinberg, Eighteenth Symposium (International) on Combustion, The Combustion Institute-1981. |
The Destruction of Nitric Oxide by Nitrogen Atoms for Plasma Jets, by Houshang F. Behbahani, Arthur Fontijn, Klaus Miller-Dethlefs, and Felix J. Weinberg, Imperial College, London-1981. |
Methods for Evaluating of Ignition Stimuli for Liquid Propellants, by Klein, Carleton, Weinberg 1982. |
Energy and Radical Losses from Plasma Jet Igniters to Solid Surfaces, by F. B. Carleton, I. M. Vince and F. J. Weinberg, Nineteenth Symposium (International) on Combustion/The Combustion Institute-1982-pp. 1523-1531. |
The Destruction of Nitric Oxide by Nitrogen Atoms from Plasma Jets:Designing for Thermal Stratification, by Houshang F. Behbahani, Anne-Marie Warris an Felix J. Weinberg, Imperial College-1982. |
Plasma Jets in Combustion, by F. J. Weinberg, Imperial College-IMechE-1983. |
Ignition Phenomenon in Energetic Liquids, U.S. Army Armament Research and Development Command, by Carleton, Klein, Weinberg, Technical Report ARBRL-TR-02514 (Aug. 1983). |
The Effect of Plasma Jet Ignition on Flame Propagation and Sooting at the Rich Limit of Flammability, by I. M. Vince, C. Vovelle, and F. J. Weinberg, Combustion and Flame 56, pp. 105-112-1984. |
Chemical Activity and Transport Processes in the Vicinity of a Plasma Jet Igniter, by R. M. Clements, PL. R. Smy, D. Topham, I. M. Vince, C. Vovelle, and F. J. Weinberg, Combustion and Flame 57, pp. 265-274, 1984. |
A Novel Ignition Device for the Internal Combustion Engine, by A. J. J. Lee and F. I. Weinberg, Letters to Nature, vol. 311-Oct. 25, 1984. |
Ignition and Flame Stabilization by Plasma Jets in Fast Gas Streams, by Anne-Marie Warris and Felix Weinberg, Twentieth Symposium (International) on Combustion/The Combustion Institute, 1984, pp. 1825-1831. |
Flame Initiation in Lean, Quiescent and Turbulent Mixtures with Various Igniters, by P. M. Boston, D. Bradley, F. K. K. Lung, I. M. Vince, F. J. Weinberg, Automotive Engine Combustion. |
Optical Studies of Electrical Discharge-Liquid Propellant Interactions, by Carleton, Cheriyan, Klein, Weinberg. |
"Plasma Jet Ignition in a Lean-Burn CFR Engine", L. Tozzi, E. K. Dabora, 19th Symposium (International) on Combustion/The Combustion Institute, 1982, pp. 1467-1474. |
"The Plasma Jet", Scientific American, Aug. 1957, G. M. Giannini. |
"Electric Plasmas for Flow Stabilization and Ignition in Fast Gas Stream", Ph.D. Thesis by Anne-Marie Warris, Mar. 1983. |
Nature, vol. 272, 3/23/78, pp. 341-343, "Ignition by Plasma Jet", F. J. Weinberg et al. |
Clements et al., "An Experimental Study of the Ejection Mechanism for Typical Plasma Jet Igniters", Combustion & Flame, 42:287-295 (1981). |
Orrin et al., A Study of Plasma Jet Ignition Mechanisms, Dept. of Chemical Engineering & Chemical Technology, Imperial College, London, presented at the 18th Symposium (International) on Combustion held at the University of Waterloo, Canada 1980. |
B. Cetegen et al., Performance of a Plasma Jet Igniter, SAE Technical Paper 800042 (1980). |
Oppenheim et al., "Jet Ignition of an Ultra-Lean Mixture," SAE Technical Paper 780637, 1978. |
Dale et al., "The Effects of Coaxial Spark Igniter on the Performance and the Emissions from an Internal Combustion Engine," Combustion & Flame, 31, 173-185 (1978). |
Asik et al., Design of a Plasma Jet Ignition System for Automotive Application, SAE Technical Paper 770355. |
Fitzgerald, Pulsed Plasma Igniter for Internal Combustion Engines, SAE Technical Paper 760764. |
Topham et al., An Investigation of a Coaxial Spark Igniter with Emphasis on Its Practical Use, Combustion & Flame, 25, 187-195 (1975). |