Variables
	etas = np.logspace(-12,-7,num=100)

float	mn = 939.5654133

float	mp = 938.2720813

float	Delta = mn - mp

float	kB_Tweak = 0.8

	n_p_ratio = np.exp(-Delta/kB_Tweak)

	neutron_freezout = n_p_ratio/(1. + n_p_ratio)

int	proton_freezout = 1. - neutron_freezout

int	ye_freezout = proton_freezout/(neutron_freezout+proton_freezout)

tuple	first_time = (13.36 * 1./(kB_Tweak * 11.604519))**2.

	time = np.logspace(np.log10(first_time),10,num=200)

float	temperature = 13.336 * 1./(time**0.5)

	eta = e

float	m_u = 1.660540e-27 * 1e3

float	pi = 3.14159265359

float	kB = 8.6173303e-2

float	hbarc = 197.3269718 * 1.e-13

float	dens = 2.404 * eta/(pi*2.) ((kBtemperature)/(hbarc))3. m_u

list	ye = [ye_freezout for i in range(len(time))]

	out = np.array([time,temperature,dens,ye]).T

	header

Variable Documentation

◆ Delta

float create_trajectories.Delta = mn - mp

Definition at line 28 of file create_trajectories.py.

◆ dens

float create_trajectories.dens = 2.404 * eta/(pi**2.) * ((kB*temperature)/(hbarc))**3. * m_u

Definition at line 58 of file create_trajectories.py.

◆ eta

create_trajectories.eta = e

Definition at line 51 of file create_trajectories.py.

◆ etas

create_trajectories.etas = np.logspace(-12,-7,num=100)

Definition at line 11 of file create_trajectories.py.

◆ first_time

tuple create_trajectories.first_time = (13.36 * 1./(kB_Tweak * 11.604519))**2.

Definition at line 42 of file create_trajectories.py.

◆ hbarc

float create_trajectories.hbarc = 197.3269718 * 1.e-13

Definition at line 56 of file create_trajectories.py.

◆ header

create_trajectories.header

Definition at line 65 of file create_trajectories.py.

◆ kB

float create_trajectories.kB = 8.6173303e-2

Definition at line 55 of file create_trajectories.py.

◆ kB_Tweak

float create_trajectories.kB_Tweak = 0.8

Definition at line 31 of file create_trajectories.py.

◆ m_u

float create_trajectories.m_u = 1.660540e-27 * 1e3

Definition at line 53 of file create_trajectories.py.

◆ mn

float create_trajectories.mn = 939.5654133

Definition at line 26 of file create_trajectories.py.

◆ mp

float create_trajectories.mp = 938.2720813

Definition at line 27 of file create_trajectories.py.

◆ n_p_ratio

create_trajectories.n_p_ratio = np.exp(-Delta/kB_Tweak)

Definition at line 32 of file create_trajectories.py.

◆ neutron_freezout

create_trajectories.neutron_freezout = n_p_ratio/(1. + n_p_ratio)

Definition at line 35 of file create_trajectories.py.

◆ out

create_trajectories.out = np.array([time,temperature,dens,ye]).T

Definition at line 64 of file create_trajectories.py.

◆ pi

float create_trajectories.pi = 3.14159265359

Definition at line 54 of file create_trajectories.py.

◆ proton_freezout

int create_trajectories.proton_freezout = 1. - neutron_freezout

Definition at line 36 of file create_trajectories.py.

◆ temperature

float create_trajectories.temperature = 13.336 * 1./(time**0.5)

Definition at line 47 of file create_trajectories.py.

◆ time

create_trajectories.time = np.logspace(np.log10(first_time),10,num=200)

Definition at line 44 of file create_trajectories.py.

◆ ye

list create_trajectories.ye = [ye_freezout for i in range(len(time))]

Definition at line 61 of file create_trajectories.py.

◆ ye_freezout

int create_trajectories.ye_freezout = proton_freezout/(neutron_freezout+proton_freezout)

Definition at line 38 of file create_trajectories.py.

Variables