Sentence examples for modeling experiments show from inspiring English sources
NDGA has been shown to protect MTs from depolymerizing agents such as vinblastine[36] and preliminary computational modeling experiments show direct binding of NDGA to MTs (personal communication with Dr. J. Tuszynski, University of Alberta).
Taken together, the results from our modeling experiments show that mtRF1 contains a blocked stop codon binding site as a result of several conserved changes when compared to its closest paralog mtRF1a.
Our coupled modeling experiments show that spatial distributions of property values and erosion rates can jointly affect economic outcomes, resource allocation between communities, and patterns of shoreline change.
This value represents complete oxidation of all the disulfides in these redox partners and for the modeling experiments shown here we assumed that 1% of the target disulfides were oxidized.
Computational experiments show that solutions achieved by this modeling approach are practical and the speed of achieving the solutions is fast enough for responding to disruptions in real time.
The software simulation and physical modeling experiment both show that the estimator can provide a reliable and consistent measure of uncertainty in legacy data.
Numerous experiments show that fractional diffusion equations have more advantages and higher accuracy in modeling anomalous or non-Fickian diffusion processes that arise from turbulent flow [1, 2], chaotic dynamics [3] and viscoelasticity [1].
The experiments showed logic conformity to the modeling results.
The authors describe experiments showing temperature insensitivity in locust auditory receptor neurons (Q10< 1.5) and then pursue a modeling approach to explain these results.
Dr. Remington conceded that astrophysicists outside the laser field were at first skeptical of such modeling experiments, but are now showing interest.
The hybrid monitoring system recorded the morphological change of a replenished beach-face on a wave-by-wave basis, during large-scale, physical modeling experiments and the observations showed that individual swash events could result in elevation changes up to dz = ± 10 cm.
