83 results on '"Fells, I."'
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2. General Discussion
3. An Experimental Study of Gas Borne Suspensions of Thermionic Emitters as M.H.D. Working Fluids
4. First Results of the Électricité de France 8 MW M.H.D. Experimental Rig at Centre de Recherches et d'Essais des Renardieres
5. Science Committee Conference on Thermal Energy Storage
6. THE IMPACT OF TES ON ENERGY STRUCTURES
7. Editorial Panel, 1971/72
8. Constraining the neutrino emission of gravitationally lensed Flat-Spectrum Radio Quasars with ANTARES data
9. Fluidised-bed fuel-cell electrodes
10. Future of nuclear power in Europe
11. Clean and secure energy for the twenty-first century
12. Can the Energy Market Protect the Environment?
13. Reviews of books.
14. Observations of the gas-flow characteristics of low-current DC arcs.
15. 268. The kinetics of the hydrolysis of methylene dichloride.
16. Energy Options to 2030
17. Ionization processes in gases and their application to energy conversion systems
18. A study of the gas flow occurring in oxyhydrogen detonations, using a magnetohydrodynamic method of measurement
19. FUTURE FUEL SUPPLIES AND THE ROLE OF RESIDUALS.
20. Automatic data collection and analysis using an FM tape recorder
21. Industrial Firing
22. The efficient use of energyI. G. C. Dryden (General Editor) IPC Science and Technology Press, Guildford, Surrey, UK, 1975, 602 pp, £30
23. The impact of TES on energy structures
24. Some aspects of thermal energy generation during the electrolysis of D2O using a palladium cathode
25. A scanning optical densitometer using deconvolution to measure soot concentrations in axisymmetric flames
26. A long-term calorimetric study of the electrolysis of D2O using palladium cube cathodes
27. Author's reply to above comments
28. The effect of an axial air flow on low-current DC arcs
29. The initiation of a low current longitudinal a.c. discharge in a seeded propane-air flame
30. Coagulation in barium-oxide - argon suspensions postulated as closed-cycle magnetohydrodynamic working fluids
31. An investigation into heat transfer from unseeded propane-air flames augmented with D.C. electrical power
32. Burning velocity of methane-air flames
33. Initiation of electrically augmented flames
34. Spark ignition of cyclopropane-oxygen mixtures
35. Hot-wire Ignition of Cyclopropane/Oxygen Mixtures
36. Initiation of electrically augmented flames
37. Fluidized Bed Fuel Cell Electrodes
38. Methane Pyrolysis in a Low Current DC Discharge
39. A stable electrical discharge in air
40. Characteristics of diffuse electrical discharges stabilized in flowing air, argon and nitrogen
41. A Non-seeded Electrically Augmented Flame System.
42. Some aspects of thermal energy generation during the electrolysis of D 2O using a palladium cathode
43. Coagulation in barium-oxide - argon suspensions postulated as closed-cycle magnetohydrodynamic working fluids.
44. Rise and fall and rise again.
45. A long-term calorimetric study of the electrolysis of D 2O using palladium cube cathodes
46. WORKING GROUP D - THE IMPACT OF TES ON ENERGY STRUCTURES
47. Industrial Firing: K. Reményi Akadémiai Kiadó, Budapest, Hungary, 1987, pp.498, ISBN 963-05-4165-3, £37.75
48. Electricity from heat. [MHD, thermoelectric, and thermionic conversion]
49. COAGULATION IN BARIUM OXIDE--ARGON SUSPENSIONS POSTULATED AS CLOSED-CYCLE MAGNETOHYDRODYNAMIC WORKING FLUIDS.
50. AN EXPERIMENTAL STUDY OF GAS BORNE SUSPENSIONS OF THERMIONIC EMITTERS AS MHD WORKING FLUIDS.
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