LindleyB. C.‘The direct generation of electricity’, Nucl. Pow.1960, Parts 1 and 2 5 (50), 100, 5 (51), 80.
2.
LindleyB. C.‘Magnetoplasmadynamic electrical power generation’, Brit. Pow. Engng1961 October.
3.
LindleyB. C.‘Closed-cycle magnetoplasmadynamic electrical power generation’.
4.
SahaM. N.SahaH. K.A treatise on modern physics, 1934, I, 630 (Indian Press, Allahabad and Calcutta).
5.
ZiminE. P.PopovV. A.†‘Determining the optimum composition of gaseous mixtures in the presence of seeding’.
6.
HarrisL. P.CobineJ. D.‘The significance of the Hall effect in three MHD generator configurations’, Amer. Soc. mech. Engrs1960 Paper 60-WA-329.
7.
HarkulichT. M.BlodgettW. E.YoungW. E.‘Refractories for MHD power generation’, Westing-house Materials Laboratories1961 Paper P-6143–1.
8.
ArthurG.HepworthM. A.†‘Ceramic materials for MPD power generation’.
9.
MaycockJ. et. al. ‘Permanent insulating duct walls for MHD power generation’, Nature1962196 (4851), 260.
10.
LindleyB. C.†‘Some economic and design considerations of large-scale MPD generators’.
11.
CramptonF. J. P.WilkinsonT. S.†‘An open-cycle MPD generator optimization study’.
12.
Swift-HookD. T.†‘Wall effects in an MHD generator’.
13.
ThringM. W.Inaugural lecture1956, The Institute of Fuel.
14.
SpornP.KantrowitzA.‘Large-scale generation of electric power by application of the magnetohydrodynamic concept’, Power, November 1959.
15.
RosaR. J.‘Experimental magnetohydrodynamic power generator’, J. appl. Phys196031 (4), 735.
16.
FoshagF.WereA.‘Magnetohydrodynamic power experiment’, 1959, General Electric Report TIS R595D447.
17.
BroganT. R. et. al.‡ ‘A review of recent MHD generator work at the Avco-Everett Research Laboratory’.
18.
BroganT. R.‘Recent development in MHD power generation at the Avco-Everett Research Laboratory’.
19.
WayS. et. al. ‘Experiments with MHD power generation’, Amer. Soc. mech. Engrs1960 Paper No. 60-WA-328, October.
20.
WrightJ. K.‘MHD research in the Central Electricity Generating Board’.
21.
BugdenW. F. S. et. al. ‘MHD wall and electrode experiments’.
22.
MaycockJ. et. al. ‘Permanent electrodes for MHD power generation’, Nature1962193 (4814), 467.
23.
EmmerichW. S. et. al.† ‘A closed loop MHD device with caesium seeded helium’.
24.
LindleyB. C.‘A magnetoplasmadynamic power generation experiment’, Advances in Magnetohydrodynamics1963 (Pergamon Press, Oxford).
25.
LindleyB. C.‡‘A magnetoplasmadynamic power generation experiment using helium-caesium’.
26.
LindleyB. C.†‘A closed-cycle MPD experiment’.
27.
. Anon. ‘Research programme on magnetoplasmadynamic power generation’, Technical summary report for 1 December 1961 to 30 November 1962, I.R.D. 63–1, July 1963.
28.
McNabI. R.LindleyB. C.‘Electron temperature in the rapid expansion of a plasma flow’, Advances in Magnetohydrodynamics, 1963 (Pergamon Press, Oxford).
29.
MaitlandA.‘Some consequences of ion slip in a plasma flowing through a magnetic field’, Nature1962194, 670–1 (May).
30.
MaitlandA.†‘A criterion for assessing methods of producing non-equilibrium ionization’.
31.
DunnM. H.MaitlandA.‘Energy obtainable from a Carnot engine with a thermally ionized gas as the working fluid’, J. appl. Phys.196233 (12), 3598–9.
32.
MaitlandA.DunnM. H.‘Thermal ionization in a system with a distribution of ionization potentials’, Phys. Fluids19636 (4), 586–9.
33.
McNabI. R.RobinsonC. A.†‘Electron-ion recombination in MPD generators’.
WrightJ. K. et. al.† ‘Some factors influencing the design of open-cycle fossil-fuel MHD generators for the electricity supply industry’.
36.
BaggeL. P.‘Development of the Shell toroidal oxygen-liquid fuel burner’, Inst. Petrol.1962, 2 May.
37.
HurwitzH.Jr.SuttonG. W.TamorS.‘Electron heating in magnetohydrodynamic power generators’, A.R.S.J.32 (8), 123–124, 1962.
38.
WilsonG. W.RobertsD. C.†‘Superconducting magnets for magnetoplasmadynamic power generation’.
39.
LindleyB. C. Unpublished work at C. A. Parsons 1959.
40.
LindleyB. C.‘An investigation into the characteristics of pebble bed reactor cores’, Report NRC 62–4, 1962, February.
41.
HatchL. P.ReganW. H.PowellJ. R.‘Fluidized solids as a nuclear fuel for rocket propulsion’, Paper A.R.S. 1209–60, American Rocket Society, Semi-Annual Meeting, 1960 May.