Froude's law of modeling was used to obtain the dimensions of the scale model based on the dimensions of an existing structure.
A laboratory scale model based on the proposed combination of thermosyphon and thermoelectric cells was fabricated and tested under the temperature differences that exist in the solar ponds.
The landscape of functional structural tree growth models is divided into small-scale models with a topological architecture, and large-scale models based on a description of crown shape in terms of rigid structures such as empirical crown envelopes.
On the other hand, full order models (FOM) are multi-dimensional or multi-scale models based on electrochemical and thermal principles capable of representing the details of the cell behavior, but inadequate for real time applications, simply because of the high computational time.
Site-scale models, based on synthesis of the literature and field investigations, were developed for field survey and mapping of rare plant habitats to enable accurate assessment of potential and present habitat suitability of specific locations using fine-resolution field data on soil, landform and vegetation structure.
But if logic models are so easy to compute, can't they be used to test, correct, and refine large-scale models based on the existing complement of available -omics data?
Recent advances have made this approach more robust and quantifiable by combining evaluations of the delocalized unpaired electron spin density from first-principles calculations with magnetic scaling models based on empirical magnetic susceptibility measurements.
A continuum micro-scale model based on statistical properties together with a mole-based conservation model was employed.
A two-scale model based on a database approach is presented to investigate alloy solidification.
