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Results: 1-14 |
Results: 14
INTERACTION OF HAWKING RADIATION WITH STATIC SOURCES OUTSIDE A SCHWARZSCHILD BLACK-HOLE - ART. NO. 104021
Authors: HIGUCHI A MATSAS GEA SUDARSKY D
Citation: A. Higuchi et al., INTERACTION OF HAWKING RADIATION WITH STATIC SOURCES OUTSIDE A SCHWARZSCHILD BLACK-HOLE - ART. NO. 104021, Physical review. D. Particles and fields, 5810(10), 1998, pp. 4021
INTERACTION OF HAWKING RADIATION AND A STATIC ELECTRIC CHARGE - ART. NO. 084027
Authors: CRISPINO LCB HIGUCHI A MATSAS GEA
Citation: Lcb. Crispino et al., INTERACTION OF HAWKING RADIATION AND A STATIC ELECTRIC CHARGE - ART. NO. 084027, Physical review. D. Particles and fields, 5808(8), 1998, pp. 4027
NOTE ON THE POINT-SPLITTING PROCEDURE TO EVALUATE VACUUM FLUCTUATION IN CERTAIN CYLINDRICALLY SYMMETRICAL BACKGROUNDS - ART. NO. 027502
Authors: BREVIK I MATSAS GEA MOREIRA ES
Citation: I. Brevik et al., NOTE ON THE POINT-SPLITTING PROCEDURE TO EVALUATE VACUUM FLUCTUATION IN CERTAIN CYLINDRICALLY SYMMETRICAL BACKGROUNDS - ART. NO. 027502, Physical review. D. Particles and fields, 5802(2), 1998, pp. 7502
BACKGROUND THERMAL DEPOLARIZATION OF ELECTRONS IN STORAGE-RINGS
Authors: GUIMARAES ACC MATSAS GEA VANZELLA DAT
Citation: Acc. Guimaraes et al., BACKGROUND THERMAL DEPOLARIZATION OF ELECTRONS IN STORAGE-RINGS, Physical review. D. Particles and fields, 57(7), 1998, pp. 4461-4466
DO STATIC SOURCES OUTSIDE A SCHWARZSCHILD BLACK-HOLE RADIATE
Authors: HIGUCHI A MATSAS GEA SUDARSKY D
Citation: A. Higuchi et al., DO STATIC SOURCES OUTSIDE A SCHWARZSCHILD BLACK-HOLE RADIATE, Physical review. D. Particles and fields, 56(10), 1997, pp. 6071-6075
LAYING THE GHOST OF THE RELATIVISTIC TEMPERATURE TRANSFORMATION
Authors: LANDSBERG PT MATSAS GEA
Citation: Pt. Landsberg et Gea. Matsas, LAYING THE GHOST OF THE RELATIVISTIC TEMPERATURE TRANSFORMATION, Physics letters. A, 223(6), 1996, pp. 401-403
RINDLER AND MINKOWSKI PARTICLES RELATIONSHIP REVISITED
Authors: MATSAS GEA
Citation: Gea. Matsas, RINDLER AND MINKOWSKI PARTICLES RELATIONSHIP REVISITED, Physics letters. Section B, 380(1-2), 1996, pp. 24-28
GENERAL COVARIANCE, LORENTZ COVARIANCE, THE LORENTZ FORCE, AND MAXWELL EQUATIONS
Authors: VANZELLA DAT MATSAS GEA CRATER HW
Citation: Dat. Vanzella et al., GENERAL COVARIANCE, LORENTZ COVARIANCE, THE LORENTZ FORCE, AND MAXWELL EQUATIONS, American journal of physics, 64(8), 1996, pp. 1075-1076
BACKGROUND THERMAL CONTRIBUTIONS IN TESTING THE UNRUH EFFECT
Authors: COSTA SS MATSAS GEA
Citation: Ss. Costa et Gea. Matsas, BACKGROUND THERMAL CONTRIBUTIONS IN TESTING THE UNRUH EFFECT, Physical review. D. Particles and fields, 52(6), 1995, pp. 3466-3471
TEMPERATURE AND RELATIVITY
Authors: COSTA SS MATSAS GEA
Citation: Ss. Costa et Gea. Matsas, TEMPERATURE AND RELATIVITY, Physics letters. A, 209(3-4), 1995, pp. 155-159
FERMION HELICITY FLIP IN WEAK GRAVITATIONAL-FIELDS
Authors: ALDROVANDI R MATSAS GEA NOVAES SF SPEHLER D
Citation: R. Aldrovandi et al., FERMION HELICITY FLIP IN WEAK GRAVITATIONAL-FIELDS, Physical review. D. Particles and fields, 50(4), 1994, pp. 2645-2647
UNRUH-DEWITT DETECTORS IN THE PRESENCE OF SCALAR SOURCES
Authors: MATSAS GEA SUDARSKY D
Citation: Gea. Matsas et D. Sudarsky, UNRUH-DEWITT DETECTORS IN THE PRESENCE OF SCALAR SOURCES, Modern physics letters A, 9(36), 1994, pp. 3325-3330
DO INERTIAL ELECTRIC CHARGES RADIATE WITH RESPECT TO UNIFORMLY ACCELERATED OBSERVERS
Authors: MATSAS GEA
Citation: Gea. Matsas, DO INERTIAL ELECTRIC CHARGES RADIATE WITH RESPECT TO UNIFORMLY ACCELERATED OBSERVERS, General relativity and gravitation, 26(11), 1994, pp. 1165-1169
UNIFORMLY ACCELERATED FINITE-TIME DETECTORS
Authors: HIGUCHI A MATSAS GEA PERES CB
Citation: A. Higuchi et al., UNIFORMLY ACCELERATED FINITE-TIME DETECTORS, Physical review. D. Particles and fields, 48(8), 1993, pp. 3731-3734
Risultati: 1-14 |