You can produce even a complex structure easily through a user-friendly and free 3D graphic interface.
Diverse visualization options allow you to present key features of the structure and to deeply understand of its features.
LAMMPS for MD simulation is provided with fully optimized various pre/post-processing modules.
Currently, MatSQ provides reactive forcefield as a default. The other MD potentials will be supported in the future.
You can instantly use optimal computing resources for your simulation without complicated processes.
Just start simulation and pay only as much as you used. We also have unlimited computing plan for students and heavy users.
You can check the thermal properties of the polymer.
You can obtain the average viscosity from the equilibrium molecular dynamics calculation.
You can calculate the solubility parameters of the polymer. Find the solubility parameter by changing the number of polymers in amorphous cell.
You can check the elastic properties of the polymer. The various modulus will be calculated.
To get elastic properties in MatSQ ⇢
You can get the dielectric constants depending on the temperature.
Pay only for using the cloud servers for your
simulation.
Currently we also offer two
discount options, unlimited computing subscription
plan 'Unlimited Plan' and bundle package 'Atom
Pack'.
We provide module tips for our users. Follow the detailed guides to start simulation in MatSQ.
See more ⇢MatSQ Simulation Tip
Polymer is a widely utilized material in
modern industry. So many new polymers are
synthesized all around the world. We need to
experiment to find out the synthesized
polymer is served for the desired purpose.
Researchers spend much time conducting
numerous analyzes on considerable amounts of
samples during the process. Several trials
and errors occur also.
Read more
MatSQ Simulation Tip
According to the temperature, the polymer
can have a hard and brittle ‘Glassy state’
or soft and flexible ‘Rubbery state.’ The
temperature at which the phase transition
occurs is called ‘Glass transition
temperature, Tg.’ The glass transition
temperature only can be applied to amorphous
and semi-crystalline polymers. We can
predict information about which polymer will
exhibit mechanical properties at a specific
temperature through the glass transition
temperature.
Read more
MatSQ Simulation Tip
Insulating materials which become polarized
when an external electric field is applied
are called dielectric materials. In
particular, some polymers can also be
classified as dielectric materials.
Read more
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