Blurred images for the main experiments (Figs. 3, 4, and 5) are achieved by simulation, using a Gaussian kernel with varying variances σ.
Solar absorptance of 0.98 and 0.96 was achieved by simulation and experimental findings with less than 0.05 thermal emittance for 200 nm thick composites of V : Al2O3.
A very low pull-in voltage of about 4V very close to the analytical value is achieved by simulation using Intellisuite v8.8.
This can be achieved by simulation.
This was achieved by simulation of the anticipated use environment, and testing the performance of users to administer follitropin alfa doses with the device.
Here, a target with peak amplitude Ppeak can be detected with probability p D. So far, this could be achieved by simulations - although time-consuming, the results would be very similar.
Stable soliton pulses in transmission system have been achieved by our simulation, when a correction factor due to Raman induced soliton mean frequency shift is incorporated to the GVD profile predicted by the fundamental soliton condition.
The validation of the model has been achieved by comparison between the simulation results and the experiments performed in a small-scale device, devoted to the study of single-drop transport inside a representative Kühni compartment.
This has been achieved by means of advanced molecular dynamics simulations combining Metadynamics with Replica Exchange with Solute Tempering methods, which enable converged calculations of free energies for such complex systems [1].
This has been achieved by performing photoelectron measurements and numerical simulations of the C1s core level spectral distribution for a large number of graphene metal systems, which have been obtained by systematic intercalation of different metals (Co, Rh, Ir and Ru) at the graphene Ir(1 1 1) and graphene Ru(0 0 0 1) interfaces.
