The latest solutions of Einstein's field equations depend on specific parameters that characterize the fate and shape of the universe.
Sensitivity analysis shows the importance of parameters that characterize maximum photosynthetic potential and scaling factors.
By comparing their data with other astronomical observations, the astronomers have also made far more precise calculations of the basic parameters that characterize the universe, including its age, geometry, composition and weight.
An iterative interpolation method for estimation parameters that characterize a linear combination of sinusoids is presented.
Analysis of measured in-cylinder pressure data provides various parameters that characterize engine combustion process.
Thus, the model has two separable sets of parameters: "where" parameters that characterize the location and extent of pooling over visual features, and "what" parameters that characterize tuning to visual features.
Mathematical modeling enables the determination of the parameters that characterize the actuator operation in the frequency domain.
The chapter begins with a description of the key parameters that characterize the mechanical performance of POFs.
Within this program, procedures were designed to measure the distinct parameters that characterize the functioning of ultrasound devices.
The importance of this multiscale model relays on the flexibility to control the morphometric parameters that characterize the trabecular structure.
Particular methods for estimating the parameters that characterize the mass-transfer and adsorption mechanisms in affinity systems are described.
