We describe the workflow in detail by using an example system consisting of tRNA and hydrophilic nanodiamonds in a deuterated water (D2O) environment.
As all processes that are coupled by graded interactions belong to the same layer, the reduced model of the example system consists of two layers.
Overall, we demonstrate that the proposed formulation and implementation are both efficient and robust by studying selected examples, including systems consisting of thousands of atoms.
For designing PCM thermal energy storages or simulating storage processes, values for the effective thermal conductivity need to be known for example for material systems consisting of paraffin as PCM with graphite particles.
For a three-body system of fermions and antifermions of various flavors, we can mention, for example, the system consisting of two identical particles and a different antiparticle (e.g., muonium negative ion: Mu or ( e^,,, e^,,, mu ^)).
- Nonlinear systems, consisting of interconnected nonlinear sub-systems.
Especially transport systems consisting of only a permease are expected (and have been shown) to display broader substrate specificity (see [ 42] and [ 43] for examples), whereas systems that require prior substrate-binding (like in ABC transport) will be more specific.
The control performances are illustrated by an example of nonlinear system consisting of two interconnected subsystems.
The biological systems consist of various molecular interactions, for example, protein-protein interactions, and these interactions can be represented as distinct molecular networks depending on the interaction nature.
As a numerical example the vibrations of the system consisting of two identical membranes subjected to harmonic uniform distributed load are treated in detail.
