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Secular Evolution of Binaries near Massive Black Holes: Formation of Compact Binaries, Merger/Collision Products and G2-like Objects

  • Authors: Snezana Prodan, Fabio Antonini, and Hagai B. Perets

Prodan, Antonini, & Perets 2015 The Astrophysical Journal 799 118.

  • Provider: AAS Journals

Caption: Figure 1.

Histogram of the initial inclination for the binaries in the stellar disk for γ = 1.5. Approximately 3% of the systems are likely to merge while on the main sequence. All "mergers" on the main sequence occur in systems with high mutual inclinations and already during the first Kozai–Lidov cycle. The percentage of "mergers" is not affected by the choice of a density profile, but the number of systems that evaporate is higher when a steep density profile is considered, as expected. Vertical axes are normalized to the total number of simulated binaries.

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