It is found that experimental standoff heights cannot be reproduced for three different stoichiometric ratios using a single model.
For example, QM based methods provide structural information in excellent agreement with experiment, match experimental barrier heights for chemical reactions, and provide chemically accurate interaction energies for hydrogen-bonded or dispersive systems.
A good agreement was obtained between the calculated and experimental barrier height values.
The following curvature flow equation was utilized together with the experimental AFM height data to precisely measure the size and to effectively count the number of nanoparticles.
To achieve accurate particle flow simulations, parameters of the pharmaceutical spherical granules were calibrated using experimental bounced height, rolling distance and angle of repose.
Validation of the model revealed that the experimental piston height during dewatering can be described accurately provided that temperature effects are taken into account.
It was found that the parameters obtained based on the tensile test data of the curved tube sections better correlated to the experimental bulge height measurements.
A successful case study on an experimental header height control system for a combine harvester is shown as an example of the approach.
Local bed voidage has been measured in conical spouted beds by means of an optical fibre, for different geometric factors of the contactor (angle and inlet diameter) and under different experimental conditions (height of the stagnant bed, particle diameter and air velocity).
(E ) Results of a corrected shuffling procedure applied to simulated independent coding datasets and an experimental dataset (height magnified for comparison).
