j0j0_integrand: j0j0_integrand

In mstejner/j0j0r: Calculate the j0j0 terms in the fluctuation model of Bindslev 1996

Description

Function to calculate the integrand in eq. 25 of Bindslev 1996, JATP 58, 983.

Usage

j0j0_integrand(
  p_perp,
  directions,
  k_perp,
  k_par,
  omega,
  omega_c,
  mass,
  distribution
)

Arguments

p_perp	numeric component of momentum vector perpendicular to the magnetic field divided by p_scale. Should be near 1.
directions	character vector with two spatial directions: acombination of x, y, and z. e.g xx, xy or yz.
k_perp	numeric length of component of wavevector perpendicular to the magnetic field.
k_par	numeric length of component of wavevector parallel to the magnetic field.
omega	numeric angular cyclotron frequency of current fluctuations.
omega_c	numeric particle angular cyclotron frequency (omega_c = qB/m).
mass	numeric particle mass in kg.
distribution	list with the velocity distribution.

Value

numeric

mstejner/j0j0r documentation built on May 23, 2020, 2:37 p.m.