35 citations · 258 across the 36 of their papers we have counts for
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Gravitational polarization of test-mass potential in equilibrium polytropic sheets with non-negative polytropic indexes
Yuta Ito
Gravitational polarization is examined for equilibrium self-gravitating polytropic sheets perturbed by gravitational field due to test mass sheet. We find equilibrium solutions to…
Self-similar orbit-averaged Fokker-Planck equation for isotropic spherical dense clusters (iii) application of pre-collapse solution to Galactic globular clusters
Yuta Ito
This is the third paper of a series of our works on the self-similar orbit-averaged Fokker-Planck (OAFP) equation. The first paper provided an accurate spectral solution of the equ…
Self-similar orbit-averaged Fokker-Planck equation for isotropic spherical dense clusters (ii) physical properties and negative heat capacity of pre-collapse core
Yuta Ito
This is the second paper of a series of our works on the self-similar orbit-averaged Fokker-Planck (OAFP) equation and details physical properties of isotropic pre-collapse solutio…
A generalized Landau kinetic equation for weakly-coupled probability distribution of N-stars in dense star cluster
Yuta Ito
The secular evolution of a collisional star cluster of -'point' stars have been conventionally discussed based on cumulative two-body relaxation process. The relaxation process…
An orbit-averaged generalized-Landau kinetic equation for the relaxation evolution of finite weakly-coupled star clusters: `Discreteness' stochastic acceleration and anti-normalization
Yuta Ito
In the relaxation evolution of finite weakly-coupled star clusters, stars undergo stochastic acceleration due to the `discreteness' of the clusters (the finiteness of the total ste…
A convergent kinetic theory of collisional star clusters (i) a self-consistent 'truncated' mean-field acceleration of stars
Yuta Ito
Fundamental relaxation processes in the secular evolution of a collisional star cluster of -'point' stars have been conventionally discussed based on either of collision kinetic…