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This study presented an effective thermal conductivity model for compacted bentonites with a consideration of the coupled thermo-hydro-mechanical (THM) phenomena involved in the barrier systems.
In our model for compacted DNA the chromosome is represented by a self-avoiding random walk.
In our model for compacted DNA the chromosome configuration is represented by a self-avoiding walk.
The E. cuniculi genome is a model for compacted nuclear genomes, but potentially not a good model for microsporidian genomes generally.
To investigate this further we developed a model for compacted DNA in which DNA is, again, treated as a semi-flexible polymer.
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RCP systems where chosen as the best model for compacts consisting of spherical particles.
In view of this, we extend Shimakawa's model for compact nanoparticles [14] to amorphous carbon thin films in order to provide understanding on its terahertz (THz) optical complex permittivity.
Initial VLBI measurements of nearby hydroxyl megamasers seemed to present a problem with this model for compact emission components of hydroxyl megamasers, as they required a very high fraction of infrared photons to be absorbed by hydroxyl and lead to a maser photon being emitted, making collisional excitation a more plausible pumping mechanism.
Finally, we stack the robust autoencoders into a deep model for compact feature extraction.
In this model, for compact TFs, the recurrence of the trajectories and the facilitated re-association to the locus would result in transcriptional bursting.
A novel finite strain poro-viscoplastic phenomenological model for cold compacted materials is proposed.
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