Sentence examples for spectral les from inspiring English sources
Several examples are presented to demonstrate the effectiveness of the new approach including a comparison with eddy-viscosity spectral LES of turbulent channel flow.
In comparison with spectral LES results, excellent predictions are however obtained with a novel formulation of the model derived from the discrete Navier Stokes equations.
Our goal was to analyze the seasonal variation in microclimate, spectral reflectance, LE and H for these ecosystems and quantify how energy partitioning varies across the regional climate gradient.
We developed a novel approach for mapping effective LAI (Le) using spectral information from Landsat, spatial information from IKONOS, and temporal information from MODIS, which overcomes these limitations.
The spectral behavior of AmTrac-LE shows similarities with the dual-emission pH sensor deGFP1 (Hanson et al., 2002) as well as the GFP mutant S65T/H148E (Shu et al., 2007).
Due to the difficulty of an objective evaluation of the synthetic voices, several complementary figures of merit were adopted, namely: the log-spectral distance (D LE ), signal-to-noise ratio (SNR) [6], root-mean-square error (RMSE), Perceptual Evaluation of Speech Quality (PESQ) [7], and P.563, a single-ended method for objective speech quality [8].
Previous research has shown gains in predictive power when models of important stand dimensions are created using spectral data and stand age (le Maire et al. 2011; Gebreslasie et al. 2010; Zheng et al. 2004), relevant indices of productivity (Gebreslasie et al. 2010) and bioclimatic data (Baccini et al. 2008).
Artist Cédric Le Borgne's spectral light sculptures Les Voyageurs floated about inhabiting various parts of the city like guardians from another reality.
The approach is based on an empirical model developed between Le measured on the ground and spectral and spatial information from remotely sensed images to map annual maximum and minimum Le.
Therefore, the spectral radius of the inverse matrix (rho (mathbf {A}) le 1).
DFT calculations on HOMO and LUMO electronic cloud distribution and energy levels have demonstrated that the transition from CT state to locally excited (LE) state is mainly responsible for the spectral changes.
