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The proposed susceptibility mapping method utilized two complementary equations: (1) the Fourier relationship of phase and magnetic susceptibility; and (2) the first-order partial derivative of the first equation in the spatial frequency domain.
Validation for each method utilized two test series using 500 ng mL−1 concentrations.
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This method utilizes two objective functions.
The proposed method utilizes two flanged rectangular waveguides to unambiguously determine the permittivities of two-layer dielectric absorbers.
An improved design method utilizes two safety factors, λs and λp, providing a new approach for evaluating the quality of interference fits.
The proposed method utilizes two idle paths to conduct small signal current, which leads to significant enhancement of transconductance compared to conventional folded cascade structure.
The proposed method utilizes two computational models; the first model represents cell growth patterns whereas the second model determines optimal initial cell seeding positions for adherent cell expansions.
To compare the optimal result of this design flowsheet with a recently published separation method utilizing two reactive-distillation columns, our proposed design is much more economical with 61.4% savings in total annual cost and 64.6% savings in annual operating cost.
This method utilizes two square-wave gratings, one of red and green bars, and one of light yellow and dark yellow bars.
This method utilizes two scanning beams with spatial and temporal separation on the retina, and provides two measurable velocity ranges.
Our method utilizes two key algorithms that are treated as black boxes, i.e. an association of genes to documents in the corpus and an implementation of a topic model algorithm.
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CEO of Professional Science Editing for Scientists @ prosciediting.com