Sentence examples for radiation regime from inspiring English sources

Hemispherical photography (HP) is extensively used for both canopy architecture such as leaf area index (LAI), and solar radiation regime determinations under forest canopies.

The radiation regime is tracked explicitly in different parts of the tree crown using a model of mutual shading of the leaves.

Quantitatively characterizing the non-random spatial distributions of foliage elements including coniferous needles is critical to map the radiation regime and retrieve the biophysical parameters of a given forest canopy from three-dimensional (3-D) perspective.

The density changes have a significant effect on the low-Z material, for example, when density increases from 0 to 1, gold represents a temperature difference of about 20 eV, while plastic represents a temperature difference about 160 eV; high-Z materials such as gold flow into their radiation emission (radiation regime), earlier than low-Z materials.

It consists of two major modules: a modified extended L-systems (MELS) method to generate a 3-D realistic scene and a radiosity-graphics combined method (RGM) to calculate the radiation regime based on the 3-D structures rendered with MELS.

"We're in this kind of different radiation regime... and what we're saying is we're pretty confident the wildlife now is doing better than it was before the accident".

They determine radiation regimes and influence mass and energy exchange with the atmosphere.

Cantor ring arrays exhibit distinctive subfractal, fractal and superfractal radiation regimes that can be tailored through choice of fractal geometry and number of array elements.

To improve the estimates of canopy structures and solar radiation regimes, a non-random spatial distribution parameter called clumping index (CI) has been used.

The clumping index (CI) characterizes the grouping of foliage relative to a random spatial distribution of leaves and is an important structural parameter for plant canopies that can influence canopy radiation regimes.

Both radiation regimes produced an increase in the number of goblet cell profiles, resulting in increase of the total production of mucin.