sknano.structures.SWNTMixin

class sknano.structures.SWNTMixin

Mixin class for nanotube classes.

Attributes

Ch	SWNT circumference $|\mathbf{C}_h|$ in Å
Ch_vec	SWNT chiral vector.
Lz	SWNT length $L_z = L_{\mathrm{tube}}$ in nanometers.
M	$M = np - nq$
N	Number of graphene hexagons in nanotube unit cell.
Natoms	Number of atoms in nanotube.
Natoms_per_tube	Number of atoms in nanotube $N_{\mathrm{atoms/tube}}$.
Natoms_per_unit_cell	Number of atoms in nanotube unit cell.
Ntubes	Number of nanotubes.
R	Symmetry vector $\mathbf{R} = (p, q)$.
T	Length of nanotube unit cell $|\mathbf{T}|$ in Å.
Tvec	SWNT translation vector.
chiral_angle	Chiral angle $\theta_c$ in degrees.
chiral_type	SWNT chiral type.
d	$d=\gcd{(n, m)}$
dR	$d_R=\gcd{(2n + m, 2m + n)}$
dt	Nanotube diameter $d_t = \frac{|\mathbf{C}_h|}{\pi}$ in Å.
electronic_type	SWNT electronic type.
fix_Lz
linear_mass_density	Linear mass density of nanotube in g/nm.
m	Chiral index $m$.
n	Chiral index $n$.
nz	Number of nanotube unit cells along the $z$-axis.
rt	Nanotube radius $r_t = \frac{|\mathbf{C}_h|}{2\pi}$ in Å.
t1	$t_{1} = \frac{2m + n}{d_{R}}$
t2	$t_2 = -\frac{2n + m}{d_R}$
tube_length	Alias for SWNT.Lz
tube_mass	SWNT mass in grams.
unit_cell_mass	Unit cell mass in atomic mass units.
unit_cell_symmetry_params	Tuple of SWNT unit cell symmetry parameters.