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High-Energy Astrophysics American and Soviet Perspectives/Proceedings from the U.S.-U.S.S.R. Workshop on High-Energy Astrophysics (1991) / Chapter Skim
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REGULAR VARIABILITY OF THE SHAPE OF THE PRIMARY MINIMUM OF THE ORBITAL LIGHT CURVE OF SS 433 WITH THE PHASE OF THE PRECESSIONAL PERIOD
Pages 65-67

The Chapter Skim interface presents what we've algorithmically identified as the most significant single chunk of text within every page in the chapter.
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From page 65...
... can lead to the false appearance of "plate bottom" on the light curve in the puma minimum. The regular vanability of the shape of the primary minimum of the light curve of SS 433 discovered by us redects displacement with the 26-day double orbital period of at least mo hot bright spots on the surface of precessional accretional disk and their eclipse by a "normal" star.
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From page 66...
... the curve of the eclipse and to the characteristic features on it jUSt as it takes place in cataclysmic variable stars. Quantitative numerical interpretation of the discovered effect will be completed in the future with the help of the light curve synthesis program (Antolthina and CherepashchuL 1987.
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From page 67...
... () ' (I 1 v162,5 O.2 (,9 · 0.4 FIGURE 2 Varations of ~tb13 of the position of the pnmary minimum of optical light curve of SS433 as a function of the phase of the precessional penod.
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Key Terms

  • primary minimum
  • orbital light
  • precessional period
  • accretion disk
  • puma minimum

  • characteristic period
  • optical orbital
  • collimated jet
  • light curio
  • period fib

  • light curares
  • orbital period
  • external border
  • curve synthesis
  • synthesis program

  • precessional accretional
  • hot bright
  • precessional accretion
  • pnmary minimum
  • discovered effect

  • regular vanability
  • days appeared
  • quantitative numerical
  • redects displacement
  • false appearance

  • maximum separation
  • accretional disk
  • emission lines
  • moving emission
  • numerical interpretation


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