Sentence examples for this complex emission from inspiring English sources

This complex emission pattern indicates that the specific isoprenoid compound, type and degree of stress conditions, plant species and plant parts are dynamically co-ordinated by a multi-layered and finely tuned regulatory network that excellently controls isoprenoid biosynthesis and its emission.

The excitation-independent emission property of CQDs has been studied by fitting the complex emission peaks to multiple Gaussian functions and deduced similar conclusion [26].

The presence of these complex emission features can be attributed to coherent random lasing, due to the scattering of light by the microscopic morphological and compositional inhomogeneities of the DNA R6G blend, as observed also in dye-doped DNA surfactant systems.

But it was struck down by a three-judge panel in 2008 for largely technical reasons, one of which was that the complex emissions trading system it established could allow some states to escape their obligations to cut emissions.

Officials with the EPA and the Kansas Department of Health and Environment (KDHE) tried to explain the complex emissions standards and how they assure safety of people downwind.

The findings from this study indicate a complex response pattern that is consistent with certain components of the complex emissions, but we could not completely recreate the gestalt vascular impact of vehicular exhaust by using individual components.

A larger budget would not have solved the problem of which pollutants to measure given the complex emissions from the refinery.

The approach achieves high accuracy and has the versatility to handle complex emission surfaces in gridded guns.

In comparison to analytical results on a homogeneous sphere, BEM predictions of complex emission fluence are shown to be more accurate and stable than those of the FEM.

In general, the full potential of MC-based image reconstruction is not necessarily best demonstrated with a radionuclide-like 99mTc, but rather with radionuclides with more complex emission spectra, such as 123I and 131I.

Fluorescence spectroscopic experiments of the multichromophoric dendritic systems indicated pronounced energy delocalization functionalities via an energy migration within the branched molecular frameworks as expressed in reduced fluorescence quantum yields and complex emission decay profiles.