Sentence examples for microscopic parameters of from inspiring English sources

Our experiments allow the microscopic parameters of plasticity for this alloy to be determined for the first time.

Important characteristic scales of the processes (time-constant and length) and microscopic parameters of the reacting system (interfacial energy and reaction rate constant) are estimated from the data.

This paper aims to study the relationships between microscopic parameters of bedding planes and macroscopic characteristic of transversely isotropic rock using the bonded-particle discrete element models.

A thermoactivation analysis of experimental data is used along with a constitutive model to determine the microscopic parameters of domain wall dynamics in polycrystalline ferroelectrics ferroelastics.

HPMI were conducted to obtain the microscopic parameters of the pore throat structure, such as pore-size distribution, pore connectivity, and pore space topology.

The investigations demonstrate that changes in the molecular structure of the constituent monomers change the microscopic parameters of the epoxy networks.

The effects of structure, mode, and microscopic parameters on discharge curves were analyzed.

We also go through the literature and systematically infer each microscopic parameter of the model from experimentally macroscopic measurements.

The first examples of atomistic calculations (by molecular dynamics and Monte-Carlo methods) of the key microscopic parameters for input in SFPR and BERKUT, validation of the modified code and application of the 3D finite element method for improvement and verification of the 1D thermo-mechanical model, are presented.

Overall, therefore, this kinetic description in terms of the dominant events associated with both fibril formation and disaggregation enables the data obtained from single-molecule experiments to be understood on the basis of a small number of well-defined microscopic parameters, the values of which can be determined directly from the experimental data.

The purpose of the numerical calibration is the adjustment of microscopic parameters, such as particle stiffness and inter-particle friction, in order to fit the macroscopic numerical behaviour, e.g. stress-strain-behaviour, measured on real experiments.