Enables fast predictions of the morphologies of copolymer mixtures in next-generation photovoltaic devices, fuel cells, and nanophotonic materials.
PSimPlus includes algorithms for simulating block copolymers mixtures in confinement as well as a hybrid-SCFT method for explicitly including nanoparticles.
- Arbitrary confinement geometries
- Structured interactions on surfaces
- Hybrid-SCFT algorithm for nanocomposites
Questions? Contact us.
Projected monomer density values for phase-segregated linear ABA triblock.
Intermediate morphology for a linear AB diblock. A slab "zone" is moving through the simulation grid that simulates local heating.
2D block copolymer and nanoparticle mixture. The nanocomposite mixture is confined between parallel, flat surfaces.
Monomer density values for an ABC star-copolymer.
3D monomer density isosurfaces for linear diblock chains with cylindrical confinement.
Monomer density isosurfaces for a system of phase-segregating 3D linear diblock chains. This image is produced by PSim using embedded VisIt.