Specialized

Matlab files in this directory:

ff_core_shell	y = ff_core_shell(p, x, [y]) : Spherical/core shell form factor [Guinier]
ff_core_shell	y = ff_core_shell(p, x, [y]) : Spherical/core shell form factor [Guinier]
ff_core_shell	y = ff_core_shell(p, x, [y]) : Spherical/core shell form factor [Guinier]
ff_sphere	y = ff_sphere(p, x, [y]) : Sphere form factor [Guinier]
ff_sphere	y = ff_sphere(p, x, [y]) : Sphere form factor [Guinier]
ff_sphere	y = ff_sphere(p, x, [y]) : Sphere form factor [Guinier]
sf_hard_spheres	y = sf_hard_spheres(p, x, [y]) : Hard Sphere structure factor [Percus-Yevick]
sf_hard_spheres	y = sf_hard_spheres(p, x, [y]) : Hard Sphere structure factor [Percus-Yevick]
sf_hard_spheres	y = sf_hard_spheres(p, x, [y]) : Hard Sphere structure factor [Percus-Yevick]
sf_square_well	y = sf_square_well(p, x, [y]) : structure factor of particles interacting with a square well potential [Sharma]
sf_square_well	y = sf_square_well(p, x, [y]) : structure factor of particles interacting with a square well potential [Sharma]
sf_square_well	y = sf_square_well(p, x, [y]) : structure factor of particles interacting with a square well potential [Sharma]
sf_sticky_hard_spheres	y = sf_sticky_hard_spheres(p, x, [y]) : Sticky Hard Sphere structure factor [Baxter/Menon]
sf_sticky_hard_spheres	y = sf_sticky_hard_spheres(p, x, [y]) : Sticky Hard Sphere structure factor [Baxter/Menon]
sf_sticky_hard_spheres	y = sf_sticky_hard_spheres(p, x, [y]) : Sticky Hard Sphere structure factor [Baxter/Menon]
sqw_acoustopt	model = sqw_acoustopt(p, h,k,l,w, {signal}) : acoutsic/optic dispersion(HKL) with DHO(energy)
sqw_acoustopt	model = sqw_acoustopt(p, h,k,l,w, {signal}) : acoutsic/optic dispersion(HKL) with DHO(energy)
sqw_acoustopt	model = sqw_acoustopt(p, h,k,l,w, {signal}) : acoutsic/optic dispersion(HKL) with DHO(energy)
sqw_cubic_monoatomic	model = sqw_cubic_monoatomic(p, h,k,l,w, {signal}) : cubic monoatomic dispersion(HKL) with DHO(energy)
sqw_cubic_monoatomic	model = sqw_cubic_monoatomic(p, h,k,l,w, {signal}) : cubic monoatomic dispersion(HKL) with DHO(energy)
sqw_cubic_monoatomic	model = sqw_cubic_monoatomic(p, h,k,l,w, {signal}) : cubic monoatomic dispersion(HKL) with DHO(energy)
sqw_linquad	model = sqw_linquad(p, h,k,l,w, {signal}) : linear-quadratic dispersion(HKL) with DHO(energy)
sqw_linquad	model = sqw_linquad(p, h,k,l,w, {signal}) : linear-quadratic dispersion(HKL) with DHO(energy)
sqw_linquad	model = sqw_linquad(p, h,k,l,w, {signal}) : linear-quadratic dispersion(HKL) with DHO(energy)
sqw_sine3d	model = sqw_sine3d(p, h,k,l,w, {signal}) : sine dispersion(HKL) with DHO(energy)
sqw_sine3d	model = sqw_sine3d(p, h,k,l,w, {signal}) : sine dispersion(HKL) with DHO(energy)
sqw_sine3d	model = sqw_sine3d(p, h,k,l,w, {signal}) : sine dispersion(HKL) with DHO(energy)