Proceedings of the International School of Physics "Enrico Fermi.", Volume 65N. Zanichelli, 1978 - Nuclear physics |
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Page 2
Eegarded as a tussle between matter and aether (gas pressure and radiation
pressure) the contest is overwhelmingly one-sided except between numbers 33-
35, where we may expect something to happen ». « What "happens" is the stars.
Eegarded as a tussle between matter and aether (gas pressure and radiation
pressure) the contest is overwhelmingly one-sided except between numbers 33-
35, where we may expect something to happen ». « What "happens" is the stars.
Page 316
Details of the numerical determination of the Green ' s functions for the coupled
system of equations have been given in ref . [ 135 ] . The gravitationally induced
electromagnetic radiation , for the specific example here considered , has been ...
Details of the numerical determination of the Green ' s functions for the coupled
system of equations have been given in ref . [ 135 ] . The gravitationally induced
electromagnetic radiation , for the specific example here considered , has been ...
Page 698
This estimate fully neglects radiation energy losses and, therefore, over-
estimates the value of the gas temperature near the surface of the accreting star.
The surface temperature can be easily calculated in the other extreme case, in
which ...
This estimate fully neglects radiation energy losses and, therefore, over-
estimates the value of the gas temperature near the surface of the accreting star.
The surface temperature can be easily calculated in the other extreme case, in
which ...
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Contents
Why are the stars as they are? | 1 |
Krzeminskis StarCen | 5 |
The theory of degenerate configurations the limiting | 7 |
Copyright | |
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absorption accretion amplitude analysis antenna approximation assumed Astrophys BAHCALL binary black hole calculated colors considered consistent core corresponding cycle Cyg X-1 density dependence detail detected detectors determined dips discussed disk distance eclipse effect electromagnetic electron emission energy equation estimate existence expected field Figure flux frequency function geometry give given gravitational gravitational collapse important increases indicated intensity interesting Journ less Lett light curve limit lines magnetic mass measurements motion Nature neutron star noise observed obtained occur optical orbital parameters particle period phase Phys position possible potential present primary pulsations pulse radiation radio range ratio region relative rotation scale sensitivity shown shows spectrum stellar stellar wind suggested surface temperature transducer values variable variations velocity X-ray sources