The phrase "advanced characterisation" is correct and usable in written English.
It can be used in contexts related to detailed analysis or description of characters, often in literature, psychology, or other fields that involve character study.
Example: "The novel is praised for its advanced characterisation, allowing readers to deeply understand the motivations and complexities of its protagonists."
Alternatives: "sophisticated characterization" or "detailed character analysis".
Advanced characterisation tools were used for the first time to understand carbon redistribution during its formation.
Catalysis Innovation - Innovative materials and advanced characterisation techniques.
While such improvements owe much to modern materials and manufacturing methods, the role of advanced characterisation techniques cannot be underestimated.
Further mechanistic understanding of the formation of ceria at the nanoscale as well as advanced characterisation techniques are required to be able to design effective tailored nanostructured catalysts.
This paper introduces motivations and suitability for using advanced characterisation techniques to study industrially relevant materials, such as titanium alloys for the aerospace industry.
Increasing insights into the operational features of experimental solar cells, particularly the effects of spatial variations arising from material quality fluctuations or device design features, are being made possible by advanced characterisation technologies, such as luminescent imaging.
This technique has recently been advanced for the characterisation of other organometallic aggregates.[ 53– 58] The most commonly reported method involves obtaining empirical formula weights (FW) of unknown aggregates from their experimentally determined diffusion coefficients (D) and then comparing with FW of predicted species.
Whilst these biosurfactants are attractive to many potential applications, further characterisation of their physiochemical properties will benefit the design and fabrication of functional biomaterials and accelerate our advances in nanobiotechnology.
Further characterisation data below.
Further characterisation of Dictyostelium TSET.
Key research priorities include a better understanding of the regulation of the algal carbon concentrating mechanism, advancing the fundamental characterisation of known components, evaluating whether higher plant chloroplasts can accommodate a pyrenoid, and, ultimately, testing transgenic lines under realistic growth conditions.
