Sentence examples for balance models based on from inspiring English sources

On the other hand, residual surface energy balance models, based on remote observation of land surface temperature, are characterised by sufficient accuracy, but their applicability is limited by the lack of high frequency and high resolution thermal data.

(3) and (4), the effective viscosity for the liquid and gas phases are subsequently given by: (18) μ e l = μ l a m l + μ t u r l (19) μ e g = μ l a m g + μ t u r g For the purpose of predicting the Particle Size Distribution (PSD) within the bubbly flow, the population balance models based on the multiple-size group and quadrature approximation of the moment approaches are described below.

A volume-based multi-dimensional population balance model based on the approach used by Verkoeijen et al. [2002. Population balances for particulate processes a volume approach.

This paper describes a simple energy balance model based on static parameters to calculate the COP of an adsorption chiller.

A simple empirical force balance model based on the Richardson Zaki relation could be successfully applied to explain main features of the observed internal crystal size distributions.

A radium mass balance model based on 223Ra and 224Ra isotopes at different sections of the estuary confirmed higher porewater exchange rates from areas fringed with mangrove vegetation.

The purpose of this research was to evaluate the capability of these control technologies to schedule irrigation compared to a soil water balance model based on the Irrigation Association IAA) Smart Water Application Technologies (SWAT) testing protocol.

Groundwater discharge rates yielded from the radon mass balance model based on the two empirical equations are well correlated and of almost the same values, confirming the validity of the model.

This paper reports the development and application of a simple water balance model based on long-term climate, soil, vegetation and hydrological dynamics to quantify groundwater surface water (GW SW) interactions at the Norman landfill research site in Oklahoma, USA.

The model has two components: a continuous water balance model based on a configuration of parameters estimated from climate, soil and vegetation data and a distributed flood routing model based on non-linear storage discharge relationships of the river network under extreme flood conditions.

The field results from the lysimeters are simulated adequately by a water balance model based on FAO 56 with an additional component to represent both the difference between the variable saturation with depth, which occurs in practice, and the assumption in standard water balance models of a sudden change from dry to fully-saturated conditions at the water table.