GitHub - LauraSagunski/Self-interaction-cross-section: Finding a general parameterization of the self-interaction cross section.

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Finding a general parameterization of the self-interaction cross section.

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Name		Name	Last commit message	Last commit date
Latest commit History 48 Commits
Code		Code
Data		Data
Old_figures		Old_figures
Complex dusty plasmas.pdf		Complex dusty plasmas.pdf
Grid_ab_parallelized.nb		Grid_ab_parallelized.nb
Integral_deltal.ipynb		Integral_deltal.ipynb
Integral_deltal_2.nb		Integral_deltal_2.nb
Intermediate_regime.nb		Intermediate_regime.nb
Jeans_equation.ipynb		Jeans_equation.ipynb
Jeans_equation.py		Jeans_equation.py
Make numerical plots.ipynb		Make numerical plots.ipynb
README		README
YukawaPhaseShift.m		YukawaPhaseShift.m
cross section.nb		cross section.nb
crosssec_attractive.csv		crosssec_attractive.csv
crosssec_attractive_classical_extended.csv		crosssec_attractive_classical_extended.csv
crosssec_repulsive.csv		crosssec_repulsive.csv
deltaL_v1000.dat		deltaL_v1000.dat
phase shift data.tar		phase shift data.tar
sigmaT_attractive_kappa1.dat		sigmaT_attractive_kappa1.dat
sigmaT_attractive_kappa10.dat		sigmaT_attractive_kappa10.dat
sigmav_attractive_kappa1.dat		sigmav_attractive_kappa1.dat
sigmav_attractive_kappa10.dat		sigmav_attractive_kappa10.dat
sigmav_identical_nonidentical.py		sigmav_identical_nonidentical.py

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Columns are:
a = v_rel/(2*alpha_X)
b = alpha_X*m_X/m_phi
sigma_T * m_X^2 * v_rel^2 / (16pi)
L_max = number of partial waves summed

All quantities are dimensionless.