DFT computations have been used to compute the interaction energies and explain adsorption mechanisms of guar gum with hematite, goethite, gibbsite and kaolinite surfaces – the main minerals present in the iron ore slimes.
All computations have been performed on a computer with an Intel i7-4770 CPU with 4 cores running at 3.4 GHz each, and 16 GB of main memory.
Computations have been carried out by means of the computational fluid dynamics (CFD) software ANSYS FLUENT.
Note that, the feedforward control is widely employed in robotics [19] and computational neuroscience [9], [11], [14], [20] [23] fields, and those computations have been experimentally examined for biological motor controls [24] [30].
Computations have been undertaken for atmospheres of a variety of stars ranging from dwarfs to supergiants, from cool to hot stars.
The results of the computations have been transferred back to the original workstation.
The computations have been conducted on the SandyBridge (CPU) and the K20 (GPU) platforms.
All of the computations have been applied by utilizing the Maple software package.
The features and gains of adaptive computations have been taken into considered in the model.
Most of the symbolic and numerical computations have been performed using the Computer Algebra System Maple.
The computations have been performed for steady state and pulse mode firing of the thruster.
