Up: Longitudinal
electrodynamic forces Previous: Appendix
References
- 1
- H. Aspden The Law of Electrodynamics J. Franklin Inst.,
V.287,
1969, p.179-183
- 2
- Harold Aspden The exploding wire phenomenon Phys. Lett.
A,
V.107, 1985, p.238-40
- 3
- A.K.T. Assis Deriving Ampère's law form Weber's law
Hadronic Journal, V.13, 1990, p.441-451
- 4
- H.W Baxter Electric fuses E.Arnold, London, 1950
- 5
- A.J.Bedford Rail damage in small caliber railgun
I.E.E.E. Trans.
Magn., V.20, 1984, p.348-55
- 6
- R.J. Beuhler, G. Friedlander, L. Friedman Cluster-impact
fusion
Phys. Rev. Lett., V.63,1989, p.1292-
- 7
- C. Blondel Ampère et la creation de
l'electrodynamique Bibliotheque
Nationale, Paris, 1982
- 8
- P.W. Bridgman Breaking Tests under Hydrostatic Pressure and
Conditions
of Rupture Phil. Mag., V.24, 1912, p.63-80
- 9
- C. Christodoulides Comparison of the Ampère and
Biot-Savart
magnetostatic force laws in their line-current-element forms Am. J.
Phys., V.56, 1988, p.357-62
- 10
- Forrest F. Cleveland Magnetic forces in a rectangular circuit
Phil.Mag., V.21, 1936, p.416-425
- 11
- Leon Dragone Electric arc explosion: A thermal paradox J.
Appl.
Phys., V.62, 1987, p.3477-3479
- 12
- Albert Einstein The meaning of relativity Princeton
University
Press, N.J., 1950
- 13
- Peter Graneau Electromagnetic jet-propulsion in the
direction of
current flow Nature V.295, 1982, p.311-312
- 14
- Peter Graneau First indication of Ampère tension in
solid
electric conductors Phys. Lett. A, V.97, 1983, p.253-55
- 15
- Peter Graneau Ampère Tension in Electric Conductors
I.E.E.E. Trans. Magn., V.20, 1984, p.444-455
- 16
- Peter Graneau Longitudinal magnet forces? J. Appl.
Phys., V.55,
1984, p.2598-2600
- 17
- Peter Graneau Ampère-Neumann electrodynamics of metals
Hadronic Press, Mass., 1985
- 18
- Peter Graneau, Neal Graneau Electrodynamic explosions in
liquids Appl. Phys. Lett., V.46, 1985, p.468-470
- 19
- Roy Azevedo, Peter Graneau, Charles Millet, Neal Graneau Powerful
water-plasma explosions Phys. Lett.A, V.117, 1986, p.101-105
- 20
- Peter Graneau Wire Explosions Phys. Lett. A, V.120,
1987, p.77-79
- 21
- Peter Graneau Amperian recoil and the efficiency of railguns
J.Appl.Phys., V.62, 1987, p.3006-3009
- 22
- Peter Graneau The cause of thunder J. Phys. D, V.22,
1989,
p.1083-1094
- 23
- Peter Graneau Electrodynamic seawater jet: An alternative to
the
propeller ? IEEE Trans. Magn., V.25, 1989, p.3275-77
- 24
- Peter Graneau, Neal Graneau The role of Ampère forces
in
nuclear fusion Phys. Lett. A, V.165, p.1-13
- 25
- Peter Graneau Heavy-Water-Arc Gun for Impact Fusion
Galilean
Electrodynamics, July/August 1992, p.63-65
- 26
- Peter Graneau, Neal Graneau Ampère force calculation
for
filament fusion experiments Phys. Lett. A, 174, 1993, p.421-27
- 27
- Peter Graneau, Neal Graneau Einstein versus Newton
Carlton
Press, N.Y., 1993
- 28
- Peter Graneau, Neal Graneau Newtonian electrodynamics
World
Scientific, London, to be published: Summer 1996
- 29
- Peter Graneau Solar Energy from Water paper to be
presented
at the 4:th World Renewable Energy Congress, Denver, June 1996
- 30
- P. Hatzikonstantinou, P.G. Moyssides On the radiation of the
Electromagnetic
Impulse Pendulum Il Nuovo Cimento, V.13D, 1991, p.1093-1099
- 31
- R.S. Hawke Device for launching 0.1g projectiles to 150km/s
or
more to initiate fusion Atomenergie (AEKT), V.38, 1981, p.35-
- 32
- Mark A. Heald Electric fields and charges in elementary
circuits
Am. J. Phys., V.52, 1984, p.522-526
- 33
- Carl Hering Electrodynamic forces in electric furnaces
Trans.
Amer. Electrochemical Soc. v.39, 1921, p.313-30
- 34
- Carl Hering Revision of some of the electromagnetic laws J.
Franklin Inst. V.194, 1921, p.599-622
- 35
- Carl Hering Electromagnetic Forces; a Search for More
Rational
Fundamentals; a Proposed Revision of the Laws Trans. of the
A.I.E.E.
V.42, 1923, p.311-40
- 36
- A.M. Hillas Electromagnetic jet-propulsion: non-lorentzian
forces
on currents ? Nature, V.302, 1983, p.271
- 37
- Sture K. Händel, Olle Jonsson Capillary fusion in very
dense
plasmas Atomkernenergie/Kerntechnik, V.36, 1980, p.170-72
- 38
- T. Ivezic Electric fields from steady currents and
unexplained
electromagnetic experiments Phys. Rev. A, V.44, 1991, p.2682-2685
- 39
- J.D. Jackson Classical Electrodynamics John Wiley &
Sons,
N.Y., 1975
- 40
- Oleg Jefimenko Electricity and Magnetism 2:nd ed.,
Electret
Scientific Company, W.Virginia, 1989
- 41
- Allan N. Kaufman, Peter S. Rostler The Darwin Model as a
Tool for
Electromagnetic Plasma Simulation Physics of Fluids, V.14, 1971,
p.446-448
- 42
- W. Lochte-Holtgreven ... Atomkernenergie, V.28, 1976,
p.150-
- 43
- J.C. Maxwell A treatise on electricity and magnetism
Clarendon
Press, Oxford, 1873, §687
- 44
- J.C. Maxwell Ibid. §527
- 45
- Parry Moon, Domina E. Spencer Electromagnetism without
Magnetism:
An Historical Sketch Am. J. Phys., V.22, 1954, p.120-124
- 46
- Parry Moon, Domina E. Spencer A new electrodynamics J.
Franklin.
Inst., V.257, 1954, p.369-382
- 47
- Parry Moon, Domina E. Spencer On the Ampère force J.
Franklin. Inst., V.260, 1955, p.295-311
- 48
- Parry Moon, Domina E. Spencer On electromagnetic induction
J. Franklin. Inst., V.260, 1955, p.213-226
- 49
- Parry Moon, Domina E. Spencer Some electromagnetic paradoxes
J. Franklin. Inst., V.260, 1955, p.373-396
- 50
- Paul G. Moyssides Experimental Verification of the
Biot-Savart-Lorentz
and the Ampere Force Laws in a Closed Circuit, Revisited I.E.E.E
Trans.
Magn., V.25, 1989, p.4298-4306, p.4307-4312, p.4313-4321 (3 Articles)
- 51
- Jan Nasi
owski Phenomena Connected with the Disintegration of Conductors
Overloaded
by Short-Circuit Current (in Polish) Przeglad Elektrotechniczny,
1961,
p.397-403
- 52
- Jan Nasi
owski Unduloids and striated Disintegration of Wires Exploding
Wires,
W.G. Chase, H.K. Moore Eds., Vol.3, Plenum, N.Y., 1964
- 53
- Edwin F. Northrup Some newly observed manifestations of
forces in
the interior of an electric conductor Phys. Rev., V.24, 1907,
p.474-97
- 54
- V. Peoglos Measurement of the magnetostatic force of a
current
circuit on a part of itself J. Phys. D, V. ,1988, p.1055-1061
- 55
- D.R. Peterson, C.M. Fowler, C.E. Cummings, J.F.Kerrisk,
J.V.Parker,
S.P. Marsh, D.F. Adams Design and testing of high-pressure railguns
I.E.E.E. Trans. Magn., V.20,1984, p.252-55
- 56
- M. Rambaut, J.P Vigier Ampère forces considered as a
collective
non-relativistic limit of the sum of all Lorentz interactions acting on
individual current elements; possible consequences for electromagnetic
discharge stability and tokamak behaviour Phys. Lett. A, V.148,
1990,
p.229-238
- 57
- M. Rambaut Macroscopic non-relativistic Ampère EM
interactions
between current elements reflect the conducting electron accelerations
by the ion's electric fields Phys. Lett. A, V.154, 1991, p.210-214
- 58
- M. Rambaut J-P. Vigier Process and device for producing
fusion
energy from a fusible material (in French) Patent: WO 91/15016
(PCT/FR91/00225)
- 59
- M. Rambaut J-P. Vigier Method and device for producing
fusion energy
from a fusible material (in French) Patent: WO 91/16713
(PCT/FR91/00305)
- 60
- M. Rambaut Capillary fusion through Coulomb barrier
screening in
turbulent processes generated by high intensity current pulses
Phys.
Lett. A, V.163, 1992, p.335-242
- 61
- M.Rambaut Double screened Coulomb barrier accounts for
neutrons
production in cluster and other fusion experiments Phys. Lett. A,
V.164,
1992, p.155-163, Erratum, V.165, 1992, p.480
- 62
- Linda J. Ruscak, R.N. Bruce Multiarc Generator I.E.E.E.
Trans.
Plasma Science, V.15, 1987, p.51-55
- 63
- P.G. Tait Note on a modification of the apparatus employed
for
one of Ampère's fundamental experiments in electrodynamics Phil.
Mag. S.4, V.21, 1861, p.319-20
- 64
- J.G. Ternan Stresses in rapidly heated wires Phys. Lett.
A,
V.115, 1986, p.230-32
- 65
- R.A.R. Tricker Early electrodynamics -- the first law of
circulation Pergamon Press, Oxford, 1965
- 66
- F.T. Trouton, H.R. Noble The Mechanical Forces Acting on a
Charged
Condenser Moving Through Space Phil. Trans. R. Soc. London, V.202A,
1903, p.165-181
- 67
- E.T. Whittaker A history of the theories of aether and
electricity
Thomas Nelson, London, 1951
Lars Johansson, Email: forename.surname@newphys.seSeptember 19:th, 1996