Sentence examples for environmental irradiance from inspiring English sources

Melanopsin is a retinaldehyde-based, invertebrate-like photopigment [26], [27] involved with mediating many responses to light that require a measure of general environmental irradiance [14], [15], [28], [29], [30] and more recently, the ability of light to modulate sleep [31], [32], [33].

It has become clear that responses to environmental irradiance are mediated by both rods/cones and pRGCs.

The sensory task of assessing brightness (or indeed lightness) has similarities with that of measuring environmental irradiance for the accessory visual functions with which ipRGCs have heretofore been associated.

Environmental irradiance regulates multiple aspects of physiology and behavior that enable an organism to exploit both predictable and stochastic changes in the light environment (Foster, 2002).

The aim of the study was to develop a simplified kinetic model predicting micropollutant removal rate as a function of environmental variables (irradiance and temperature), geometrical variables (light path length) and operating variables (reactant concentration).

Light processing has been studied extensively in the context of circadian biology which emphasizes nonvisual (or non-image-forming) effects of environmental light (irradiance).

Nevertheless, if environmental ultraviolet irradiance plays a strong role in the birth-month effect observed, then slight differences in this effect according to racial group might provide hints about the causal mechanisms of diabetes.

We investigate the use of parametric and nonseparable spatio-temporal covariance structures in functional mapping of photosynthetic rate as a reaction norm to the environmental factors irradiance and temperature.

However, few studies have devoted attention to whether the harmful effects depend on environmental factors such as irradiance level and temperature.

These unknown electrical components have been identified by Qin and Kimball from field test data using PSO algorithm in which both total solar irradiance and environmental temperature variations are taken into account [12].

Specific implementation steps are described as follows: Step 1: Input the basic data of the DC microgrid, including user load information, environmental forecasts of solar irradiance, ambient temperature and wind speed, energy storage system characteristics (initial capacities, SOC and charging and discharging power constraints), and constraints and prices for power exchange with the main grid.