The accuracy of a 3D finite element model is related to the element mesh density in relation to the element configuration chosen.
Another extension of the driver agent model is related to its cost function: currently, it is a linear relation of travel time and credits expenditure.
The current model is related to mass transport phenomenon, electrochemical reactions, precipitation reactions and homogenous reactions.
This model is related to the Voxmap Pointshell Method (VPS), but gives continuous contact forces and torques, enabling stable rendering of stiff penalty-based distributed contacts.
The present model is related to three molecular constants and away from the need of lots of experimental spectroscopy data.
The second model is related to modifications that may or may not be applicable to the pre-existing solution.
For instance, due to intrinsic qubit qubit couplings our model is related to a driven XY spin model.
However, this model is not applicable to the growth oscillation observed on the basal faces in our experiment, because the model is related to the adsorption-inhibition effect of impurity molecules.
Dr. Chandler and Dr. Garrahan have devised and solved mathematical models, but, like Dr. Wolynes, they have not yet convinced everyone of how the model is related to real glasses.
One other important consequence of the developed model is related to the steep temperature dependence of the aging process (Ea ≈ 168 kJ/mol).
This model is related to some of the experimental observations related to CIGSe layer growth that have previously been difficult to explain.
