Sentence examples for characterization of complex systems from inspiring English sources
The exceptional performance of ultrahigh-resolution FTICR mass spectroscopy in the characterization of complex systems suffers much less from the detrimental effects of intrinsic averaging, which is a characteristic of most other methods of organic structural spectroscopy.
The inauguration of Europe's first 12 Tesla FTICR mass spectrometer at the GSF National Research Center for Environment and Health provided the opportunity to hear expert views on novel research dedicated to the molecular-level characterization of complex systems.
This special issue reflects the wide scope of current FTICR mass spectrometry utilization in the analytical characterization of natural products, biomolecules and biogeochemical mixtures, hyphenation of separation and mass spectrometry, and integration of spectroscopy and separation in the molecular-level characterization of complex systems.
Sequential characterization of complex system's complexity could also provide a monitoring tool during weaning trials, at least in surgical patients.
Tree species distributions across the landscape are complex systems, and raw characterization of current trends occurring in forest inventories is important especially given the uncertainty associated with the modeling and prediction of complex systems such as tree species.
Observability of complex systems.
Visualization of complex systems.
A comprehensive characterization of such complex systems, which is necessary for the understanding of their evolution, requires extensive sampling of sequences from individuals and across multiple individuals.
The hierarchically structured exergetic analysis provides a detailed characterization of complex technical systems.
Specifically, we showed how HRMAS provides, by both multidimensional and multinuclear spectroscopy, a clear and informative molecular characterization of complex heterogeneous systems (i.e., soil organic matter, plant-derived materials) and enables to unravel the environmental reactivity of inorganic and organic materials.
To somewhat simplify this intricate process, data-driven characterization of a complex system behavior often starts with defining a target set of system's distinct phenotypes of interest, such as thermo-resistance, acid-tolerance, hydrogen production, and enumerating only those key system components that could be responsible for or contributing to the given phenotype(s).
