A review of theories of pulsars
Pulsars theories review, discussing geometrical model picturing pulsar as rotating neutron star with high magnetic field
Engineering topics
Publications and source records attributed to Chiu, H.-Y..
Pulsars theories review, discussing geometrical model picturing pulsar as rotating neutron star with high magnetic field
Bremsstrahlung radiation in intense magnetic field proposed as emission mechanism from pulsars, discussing absorption coefficient
Pulsars as rotating magnetic neutron stars, examining radio emission via maser amplification
Basic problems on the structure of our galaxy are presented. The essentially spiral structure of the galaxies is examined by a theory of the spiral shape, and by a study of the spiral structure with the 21-cm line of neutral hydrogen. Irregular spirals are discussed, and some problems that arise as a result of large deviations from the regular spiral structure are treated. The density wave theory of spiral structure is compared with the observed spiral structure of the galaxies. A section on the star migration technique, which is used to test the density wave theory of galactic spirals, is included. The interstellar medium is described in terms of such phenomena as supernova explosions and cosmic rays, both of which contribute to the energy balance of the medium. Other topics that are germaine to a description of the interstellar medium are the UV spectrum, kinematics of interstellar clouds, and ionization equilibrium. The implications of spiral galactic shock pattern on star formation along spiral arms are investigated, and by means of a blast wave model, it is shown that a hydrodynamic shock of galactic scale exists in galaxy M82.
Longitudinal electrical conductivity of relativistic gas in intense magnetic field
Electron bremsstrahlung in intense magnetic fields calculated for emission rate and absorption coefficient in large quantum number limits
Synchrotron radiation rate from deexcitation of electrons in magnetic orbits of low quantum numbers, stressing electrons radiation in intense magnetic fields
Unified model for pulsars involving electron population inversion and laser type transition
Radio emission from magnetic neutron stars as possible model for pulsars, noting optical and IR emission bands
Rotating and oscillating magnetic neutron stars causing pulsars radio and optical signals, stressing UV line emissions theory
High luminosity white dwarfs possible evolution from planetary nebulae, discussing plasma neutrino processes
UV dwarf star evolution, using central and gap star models emphasizing photoneutrino emission
Quantum theory of electron gas with anomalous magnetic moments in intense magnetic fields, noting pair creation from thermodynamic energy in system
Relativistic electron gas in strong magnetic field, obtaining equation of state with quantum theory
Magnetized Fermi gas equation of state, normal stresses, energy and particle densities, degenerate behavior and grand partition function
Induced magnetic moment of magnetized Fermi gas, noting change in magnetic nature with variations in electron density
Electron Dirac and Schwinger magnetic moments behavior in magnetic fields during gravitational collapse, discussing electron pair creation effects