Sentence examples for dealing with structures from inspiring English sources
Computer-assisted structure elucidation (CASE) aims to provide users in chemistry, molecular biology, or other areas dealing with structures of small molecules with suggestions on the structural identity of molecules based on spectroscopic, chromatographic and other boundary information.
This paper proposes a dedicated approach and its experimental validation when dealing with structures (including stochastic parameters, such as interface parameters) in medium-frequency vibrations.
This numerical analytical combined approach has the advantage of the versatility of the FE method in dealing with structures (trusses or frames in this paper) of arbitrary configurations and the special efficiency and convenience of the analytical method in dealing with moving loads.
Since we are dealing with structures that have known shapes and sizes, and many real world models have been already measured, prior knowledge information can be directly used to increase the performance of a segmentation algorithm.
Generally nanotech involves dealing with structures that are 100 nanometers or smaller, and producing materials that are of a similar size..
The proposed MIEM shows great superiority in dealing with structure buckling under complicated loads and constraints.
The results obtained are of importance for the nanotechnology dealing with structuring and modification of metal surfaces in the nanometer range in vertical and lateral direction.
They are especially useful for dealing with structure-based causes and explanations in first-order reasoning about actions, which produces large causal models that are naturally layered through the time line, and thus have the structure of layered causal graphs.
Aspects of the work dealing with structure-informed design of the compound, its specificity and in vitro and cell-based activity on IRE1 are clear and convincing.
"With parades, we have dealt with structures but we have done nothing to deal with the issue of behaviour and attitudes.
Hassel's studies dealt with structure, while Barton showed how conformational effects influence chemical reactivity.
