Sentence examples for analytical methods that can from inspiring English sources

Therefore, the analytical methods that can determine O2·− real-time and in vivo are receiving more and more attention.

These goals, in turn, require advanced and reliable analytical methods that can faithfully relate to the human thermal behaviour and sensational perception.

This paper presents a particular NoC-based multiprocessor architecture, as well as a number of analytical methods that can be derived from that architecture, aiming to allow designers to check, for a given platform configuration, whether all application tasks and communication messages always meet their hard real-time constraints in every possible scenario.

This paper presents a combination of three Granger based analytical methods that can quickly provide a relatively complete representation of the causal structure within a neural network.

That report 8 emphasizes the need for validated analytical methods that can measure risk biomarkers.

However, there is still a need for analytical methods that can provide quantitative and qualitative characterizations of nanostructure surface modifications (e.g., bioconjugation), commonly used in such assays.

Therefore, there is a strong demand to develop a simple rapid and sensitive analytical method that can detect and quantitate both analytes in pharmaceutical preparations and biological fluids without prior sample extraction steps.

Therefore, there is still a strong demand to develop a simple rapid and sensitive analytical method that can detect and quantitate both analytes in pharmaceutical preparations and biological fluids without the need for sample pretreatment procedures.

To study the fatigue behaviour of HPS, an analytical method that can predict both fatigue crack initiation and propagation is desirable.

The research presents an analytical method that can be used to validate the output of computer-simulation of the magnitude of strain energy density of solder in c-Si PV modules.

This paper proposes an advanced analytical method that can be used to obtain acoustical modal properties of multiple three-dimensional (3D) cavities, where cavities are connected in series by necks.