At each value of the learning rate we performed 6·106 update steps for the calculations using ensembles A C (total of 7500 conformations) and 2·106 update steps for the calculations using the reference and NOE-derived ensembles (total of 2307 conformations).
Additionally, we use the results achieved in the system identification step for the calculation of controller settings.
Large systems of equations have to be solved at any simulation step for the calculation of local displacements or particle velocities.
We scan the thicknesses of both the photoactive layer and the ZnO layer from 5 to 400 nm with a 5 nm step for the calculation of the absorbed photon number per unit area per unit time, i.e., N p at the photoactive layer.
In Kit A however, there was an intermediate step for the calculation of the same value (|(ODIBR1 - ODCONTROL1) – (ODIBR2 - ODCONTROL2)|), where CONTROL represents the control wells, IBRthe well containing the antigen and 1 and 2 the duplicates.
The steps for this calculation will depend on the specific calculator you are using; check your manual for instructions.
For both steps of the calculation of A i, a reasonable travel distance determines the floating catchment area.
To get the W value for the second step of the calculation using Equation 2, AHP questionnaires were distributed.
