Sentence examples for be effectively modeled as from inspiring English sources
Many configurations of interest can be effectively modeled as layers of isotropic, homogeneous materials separated by thin interfaces across which material properties vary rapidly.
Analytical stress solution indicates that when the inclusion is about 10 times more compliant than its matrix, it may be effectively modeled as a void.
A given frame of EEG data can be effectively modeled as the output of an AR system excited by white Gaussian noise [7, 8].
A λ parameter equal to zero indicates trait evolution can be effectively modeled as if it were on a star phylogeny.
Generally, protein interaction data can be effectively modeled as a graph (also called a network) by regarding each protein as a vertex and each known interaction between two proteins as an edge.
By treating microscopic states of reactants explicitly, linear and nonlinear reactions (such as synthesis, degradation, dimeric binding, and multimerization) can all be effectively modeled as transitions between microstates, with transition rates determined by the physical properties of the molecules and the cell environment.
Saccade generation, like simple perceptual decisions in manual reaction time studies, can be effectively modelled as a process of accumulating evidence up to some criterion (Carpenter & Williams, 1995; Hanes & Schall, 1996; Ludwig, Mildinhall, & Gilchrist, 2007; Ratcliff, Cherian, & Segraves, 2003).
This entire process is effectively modeled as a second order bimolecular reaction (reaction 14).
There are many molecular processes that can be effectively modeled using uni-molecular reactions, such as conversions, unbinding or death processes.
In a previous study, we showed that egg-laying preference and positional aversion toward acetic acid could be effectively used as a model for choice behavior in female Drosophila (Joseph et al. 2009).
These hES cell derived hepatic progenitor cells could be effectively used as an in vitro model for studying the mechanisms of hepatic stem/progenitor cell origin, self-renewal and differentiation.
