Knight, J. L., Mekler, V., Mukhopadhyay, J., Ebright, R. H. & Levy, R. M. Distance-restrained docking of rifampicin and rifamycin SV to RNA polymerase using systematic FRET measurements: developing benchmarks of model quality and reliability.
This paper intends to provide new experimental data for the benchmarking of numerical models using RAC with compressive strength of 50 MPa.
The resulting deviations to simulations with a change in operational parameters are evaluated, thereby allowing the comparative benchmarking of process models for screening in transient operation.
Nonetheless, we provide valuable data for the benchmarking of empirical modelling techniques more capable of extending this discussion to confined disordered systems or actual devices.
After a comprehensive benchmarking of our model we used it to predict proteins containing PrD in the complete proteomes of organisms.
These experimental techniques are capable of providing the knowledge of velocity and holdup fields in a bubble column system, which are essential as the experimental benchmark for modeling of such systems.
Several decades of experience in model making teach that, while very important, benchmarking and pretesting of models is not enough.
Both models provide formulae to predict the ring temperature, that will ease the benchmarking of future physical models against data.
In addition, MLR and MLP are parallel benchmarks as representatives of models considering the single uncertainty of temperature.
The resulting deviations are evaluated and thereby allowing the comparative benchmarking of available process models for continuous screening.
In the recent paper by Lepage et al. [ 21], the authors perform benchmarking of relaxed clock models.
