Sentence examples for implementation in situ from inspiring English sources

Ilott et al. concluded from their examination of the terminology's coherence that the framework offered a comprehensive structure and consistent terminology for scrutinising implementation in situ [ 8].

New opportunities lie in the implementation of in-situ observations of the ionosphere and upper atmosphere onboard low Earth orbiting (LEO) satellites.

Logically, the development and implementation of in situ conservation plans should be preceded by genetic (and phenotypic) characterization and the collection of representative germplasm samples for ex situ conservation.

We showed how recent advances in both cell design (e.g. the emergence of plastic cells) and instrumentations have boosted the implementation of in situ SEM and TEM techniques to the field of energy storage.

We show how recent advances in both cell design (e.g. the emergence of plastic cells) and instrumentation have boosted the implementation of in situ X-ray characterisation methods to the field of energy storage.

The successful implementation of in situ PPI analysis using the combinational method of site-specific tfmF incorporation and 19F NMR demonstrated that this method could be a valuable general method for conformation and function studies of soluble multi-domain proteins or protein complexes in bacterial crude lysate, without procedures of protein purification.

A full understanding of the relationship between the combustion characteristics of organic polymers, radiation dose and the atomic H/C ratio should lead to the better design and implementation of in situ extraterrestrial sample analysis hardware and aid the interpretation of data from such missions.

The implementation of in situ sequencing in one of the existing NGS platforms would speed up the development of these methods, enabling them to become a fundamental tool for personalized medicine.

SISH, silver in situ hydridization.

Our implementations of in situ and in-transit post-processing show that these types of workflows are efficient on current supercomputing systems: the expense of data movement via MPI in the latter workflow is, in the cases examined here, small compared to the total time spent performing simulation or analysis.

Our findings can serve as a predictive guideline for the fabrication of crosslinked fibers with desired morphology, the implementation of the in-situ polymerization and spinning concept into other commercial fiber manufacturing technologies, and the adaptation of other functional or high performance monomer systems.