The phrase "accelerated characterization" is correct and usable in written English.
It can be used in contexts where you are discussing the process of quickly identifying and describing the properties or features of something, often in scientific or technical fields.
Example: "The research team employed accelerated characterization techniques to rapidly analyze the material properties of the new compound."
Alternatives: "rapid assessment" or "speedy evaluation".
As the design fatigue life of materials and machines is usually far beyond that of the duration of laboratory tests, a life prediction theory based on an accelerated characterization technique must be developed.
The accelerated characterization technique that is to be developed in this project is based on the observation that the material degradation processes under different fatigue conditions (frequency, stress, and temperature) have the same general characteristics but are shifted in time.
Based on accelerated characterization methodology – Time-Stress Superposition Principle (TSSP) coupled with Findley's law, for a reference stress of 20% of the material ultimate stress, an elastic deformation increase of 30% is obtained after 50,000 h.
Ultimately, the RiPPquest approach can greatly accelerate characterization of lanthipeptides, if further extended, of RiPPs leading to discovery of new peptide (bio chemistry and bioactivity.
The present study reports the first construction of genetic linkage maps for Nelumbo, which can serve as reference linkage maps to accelerate characterization germplasm, genetic mapping for traits of economic interest, and molecular breeding with marker-assisted selection.
High-throughput sequencing has significantly accelerated the characterization of human bacteria in several phenotypes and diseases by metagenomic [1] and 16S rRNA-based techniques [2].
The analysis of genes associated with specific ESTs has accelerated molecular characterization of MS formation.
The availability of EST sequences has accelerated molecular characterization of genes of interest and provided sequence information for microarray design.
The application of high-throughput sequencing has accelerated the characterization of environmental prokaryotes, with two major approaches widely used for different purposes.
These experiments accelerate the characterization of formulation design space, and enable better process understanding.
In this paper, we present the torsion test parameters definition and two demonstrations of torsion test application to accelerate reliability characterization of second level interconnect.
