Program features
Project set-up
- Setting up standard projects
- Setting up application-specific projects
- Single-point energy calculations
- Structure optimisation calculations
- Molecular dynamics (non-relativistic, relativistic, Euler, reactive, irradiation-driven) simulations
- Stochastic dynamics simulations
Output data handling
- Convenient tools for output data handling
- Built-in plugins
- Graphical representation of the simulated data
Visualisation tools
- Visualisation of the input and output structures of simulated MBN systems
- Visualisation of entire simulated processes
- Supporting any kind of MBN systems and dynamics that can be simulated by MBN Explorer
- Support in modelling of MBN systems
- Virtual manipulation and design of MBN systems
Analytic tools
- Tools for analysing the output data
- Built-in algorithms for calculating specific properties obtained from the simulated data
- Calculation of diffusion coefficients of atoms and molecular species in different media
- Calculation of heat capacities
- Calculation of melting temperatures
- Calculation of radial distribution functions
Standard input/output formats
- Support of many common input/output data formats
- Easy linkage and use of input and output data with other packages dealing with similar tasks
- Compatibility with various relevant databases
Links to databases and libraries
- Links to various online databases and libraries
- Geometries of atomic clusters
- Geometries of nanoparticles
- Geometries of organic and inorganic molecules
- Databanks of biomolecules
- Databases of crystalline structures
- Supports databases containing parameters of interaction potentials and force fields
Video rendering
- Video rendering of simulation results for MD and stochastic dynamics of MBN systems
- Collision processes
- Protein folding
- DNA unzipping
- Diffusion processes
- Tuneable parameters of video rendering
System modeller
- Quick and efficient construction of various molecular systems of different geometries
- Organic and inorganic molecules, biomolecules
- Carbon nanotubes of different chirality
- Spherical and ellipsoidal nanoparticles
- Crystalline samples of different shapes (spherical, ellipsoidal, cubic, conical)
- Construction of systems with different atomic composition
- Creating initial geometries for MBN Explorer simulations