1.The application of successive derivation in non-homogeneous differential equation;逐次求导法在一类非齐次微分方程中的应用 英文短句/例句 1.The application of successive derivation in non-homogeneous differential equation;逐次求导法在一类非齐次微分方程中的应用 2.Two Dimensional Double Successive Projection ...
In a way analogous to that in a regularization of the classical Kepler problem, a stochastic differential equation associated with the harmonic potential inR 8 is mapped into a stochastic differential equation associated with the Coulomb potential inR 5.T. Misawa...
An alternative derivation of the first-order relativistic contribution to perihelic precession is presented. Orbital motion in the Schwarzschild geometry is considered in the Keplerian limit, and the orbit equation is derived for approximate elliptical motion. The method of solution makes use of ...
having a direction and a magnitude. If m is an object mass and v is its velocity (additionally a vector amount), at that point the momentum of an object is the result of the velocity and mass of an object.
In a way analogous to that in a regularization of the classical Kepler problem, a stochastic differential equation associated with the harmonic potential inR8is mapped into a stochastic differential equation associated with the Coulomb potential inR5.T.Misawa...
For instance, the averaging of the rate functions does not require the usual change of variable to true anomaly and the evaluation of the short-period terms does not involve the solution of the transcendental Kepler equation. The new set of differential equations is completely independent of the ...