|
C
* Cadwick James, Possible Existence of a
Neutron", Nature (27 February 1932) 312
- Cannata F. and D. D. Cattani, "Conservation theorems
for the motion of a charge in a constant electric field", European Journal of
Physics 15 No.5 (September 1994) 243-248
- Carroll Robert L., "The Role of Inertial Force in
Energy Exchanges", Galilean Electrodynamics 1 No.1 (January 1990) 7-9
- Carroll Robert L., "The Toroidal Electron", Galilean
Electrodynamics 2 No.5 (Sept/Oct 1991) 94-97
- Carroll Robert L., "The Nature of Time", Galilean
Electrodynamics 3 No.6 (Nov/Dec 1992) 112-113
- Casimir Hendrik B. G., "On the attraction between two
perfectly conducting plates", Proc. Kon. Ned. Akad. (1948) 793-795
- Casimir Hendrick B. G. and D. Polder, "The Influence
of Retardation on the London-van der Waals Forces", Physical Review 73
(15 February 1948) 360-372
- Cavalleri G., G. Spavieri and G. Spinelli, "The
Ampère and Biot - Savart force laws", European Journal of Physics 17
No.4 (July 1996) 205-207
- Cavicchi Elizabeth, „Experimenting with magnetism: Ways
of learning of Joann and Faraday", American Journal of Physics 65
/9 (September 1997) 867-882
- Cawley Robert G., „Classical Charged Tachyon Self-Energy
Problem", Physical Review D 2 /2 (15 July 1970) 276-277
- Chambers Stephen Barrie,
„Apparatus for Producing Orthohydrogen and/or Parahydrogen", Patent
US-6,126,794, (Filed: June 26, 1998; issued: October 03, 2000)
- Christie William, "A Rotating Theory of the
Electron", Internet Publication (1986)
- Christodoulides C., "Comparison of the Ampère and
Biot-Savart magnetostatic force laws in their line-current-element forms", American
Journal of Physics 56 /4 (April 1988) 357-362
- Chubykalo Andrew E. and Roman Smirnov-Rueda, „Action at a
distance as a full-value solution of Maxwell equations: The basis and
application of the separated-potentials method", Physical Review E
53 (May 1996) 5373-5381; Erratum: Physical Review E 55 (1997)
3793
- Chubykalo Andrew E. and Roman Smirnov-Rueda, „Convection
Displacement Current and Generalized Form of Maxwell-Lorentz
Equations", Modern Physics Letters A 12 /1 (1997) 1-24
- Chubykalo Andrew E., Myron W. Evans and Roman
Smirnov-Rueda, "The Phase-Free, Longitudinal Magnetic Component of
Vacuum Electromagnetism", Foundations of Physics Letters 10
/1 (1997) 93-98
- Chubykalo Andrew E., "The
Role of Action-at-a-distance in the Electro-Magnetic Field Radiation
Produced by an Accelerated Charge", Apeiron 4
/2-3 (April-July 1997) 38-40
- Chubykalo Andrew E. and Stoyan J. Vlaev, "Theorem on
the proportionality of inertial and gravitational masses in classical mechanics", European
Journal of Physics 19 No.1 (January 1998) 1-6
- Chubykalo Andrew E. and Roman Smirnov-Rueda, „Reply to
‘Comment on ‘Action at a distance as a full-value solution of Maxwell
equations: The basis and application of the separated-potentials method’’",
Physical Review E 57 /3 (March 1998) 3683-3686
- CChubykalo Andrew E. and Stoyan J. Vlaev, „Double
(implicit and explicit) dependence of the electromagnetic field of an
accelerated charge on time: Mathematical and physical analysis of the
problem", International Journal of Modern Physics A14
(1999) 3789-3798 http://xxx.lanl.gov/abs/physics/9803037
(25 March 1998)
- Chubykalo Andrew E., Héctor A. Múnera and Roman Smirnov-Rueda,
"Is the free electromagnetic field a consequence of Maxwell’s
equations or a postulate?", Foundations of Physics Letters 11
/6 (1998) 573-584
- Chubykalo Andrew E., „On the Physical Origin of the
Oppenheimer-Ahluwalia Zero-Energy Solutions of Maxwell Equations", Modern
Physics Letters A 13 /26 (1998) 2139-2146
- Chubykalo Andrew E. and Stoyan J. Vlaev, „Necessity of
Simultaneous co-existence of instantaneous and retarded interactions in
classical electrodynamics", International Journal of Modern Physics
A 14 /24 (1999) 3789-3798
- Chubykalo Andrew E. and Roman Smirnov-Rueda, "Modern
Helmholztian electrodynamics as a covering classical electromagnetic
theory", Electromagnetic Phenomena 2 N4(8) (2001) 540-567
- Chubykalo Andrew E. and Vladimir Onoochin, "On the
theoretical possibility of the electromagnetic scalar potential wave
spreading with an arbitrary velocity in vacuum", http://xxx.lanl.gov/abs/physics/0204062
(21. April 2002)
- Chcchitelli Lorenzo, H. Hora and R. Postle, „Longitudinal
field components for laser beams in vacuum", Physical Review A 41
/7 (01 April 1990) 3727-3732
- Claybourne J. P., "A New Analysis of Time
Dilation", Galilean Electrodynamics 1 No.4 (July/August 1990) 46-48
- * Cohn G. I., "Electromagnetic Induction", Electrical
Engineer 68 (1949) 441
- Cohn Jack, "Uniqueness of Maxwells
equations", American Journal of Physics 46 No.12 (December 1978)
1210-1212
- Cole Daniel L., Alfonso Rueda and Konn Danley,
"Stochastic nonrelativistic approach to gravity as originating from
vacuum zero-point field vam der Waals forces", Physical Review A
63 /5 (May 2001) 54101-54102
- Comay E., „Decomposition of electromagnetic fields into
radiation and bound components", American Journal of Physics 65
/9 (September 1997) 862-867
- * Conway A. W., " ", Proceedings of the Royal
Irish Academy 29 (1911) 1-9
- Conway A. W., "Quaternion Treatment of the
Relativistic Wave Equation", Proceedings of the Royal Society London, Serie A 162
(15 September 1937) 145-154
- Cornille Patrick, "On the Meaning of Special
Relativity in the Earth Frame", Physics Essays 5 No.2 (1992) 262-285
- Cornille Patrick, "Is the Physical World Built upon
Waves?", Physics Essays 6 No.2 (1993) 289-307
- Corson
Dale R., "Electromagnetic Induction in Moving Systems", American Journal of
Physics 24 (1956) 126-130
- Correa Paulo N. und Alexandra N. Correa,
"Electromechanical Transduction of Plasma Pulses", US-Patent
5,416,391 (Filed: 15 October 1992; Patented: 16 May 1995)
- Correa Paulo N. und Alexandra N. Correa,
"Energy Conversion System", US-Patent 5,449,989
(Filed: 15 March 1993; Patented: 12 September 1995)
- * Coulomb C. A., Mémoires de lAcadémie Royale
des Sciences (1785) 569-611
- Cowan E. W., "Experiment concerning lines
of the magnetic field", American Journal of Physics 46 no.4 (April
1978) 428
- * Cramp W., and E. H. Norgrove, "Some Investigations
on the Axial Spin of a Magnet and on the Laws of Electromagnetic Induction", Journal
Inst. Electrical Engineers 78 (1936) 481 pp.
- Crawford Frank S., "Magnetic monopoles, Galilean
invariance and Maxwells equations", American Journal of Physics 60
No.2 (February 1992) 109-114
- Crookes William, "On the Illumination of Lines of
Molecular Pressure, and the Trajectory of Molecules", Philosophical Transactions
CLXX (1879) 135-164
- Crookes William, "Contributions to Molecular Physics
in High Vacua", Philosophical Transactions CLXX (1879) 641-662
- Crookes William, "On the Illumination of Lines of
Molecular Pressure, and the Trajectory of Molecules", Philosophical Magazine 7
(1879) 57-64
- Crookes
M. J., D. B. Livitin, P. W. Matthews, R. Macaulay and J. Shaw, "One-piece Faraday
generator: A paradoxical experiment from 1851", American Journal of Physics 46
No.7 (July 1978) 729-731
- Cuff Calvin I, "Device for Converting Rotary Motion
into an Unidirectional Linear Motion", US-Patent 3,768,700
(Application filed: 01 August 1974; Patented: 13 July 1976)
- Curé J. C., "A Modified Version of the Millikan Oil
Drop Experiment to Test the Probable Existence of a new Electrodynamic Field", Physics
Letters B 116 (1982) 158-160
|