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Using in situ digital image correlation to obtain full-field measurements, we study the intermartensitic transformations in single-crystal NiFeGa.
In this paper, by means of oscillatory measurements, we study the rheological behavior of water suspensions of cell wall polysaccharidic supramolecular assemblies, which are extracted with selective solvents precipitation method from apple flesh.
Using dynamic (viscometry) and static (light scattering) measurements we study solutions of polystyrene and poly methyl methacrylate) fractions ranging from extremely dilute solutions up to the critical concentration c*.
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To validate the measured V3ω signal and the thermal conductivity from the 3-ω measurements, we studied the applied current dependence on the thermal conductivity by applying an AC of 5 to 10 μA.
Using EQCM measurements, we studied the partial currents of gold dissolution in the indicated solutions.
From electron paramagnetic resonance (EPR) measurements, we studied the radical stability in order to optimize the radio-grafting of acrylic acid (AA).
By using simulation and experimental measurement, we study the magnetic field generated by a Helmholtz square shape coil with the aim of understanding how to calibrate magnetic field sensors like those used in CubeSat.
In order to approximate this measurement, we studied the cross-sectional relationship between age and pS129 at the baseline and final time points, and found no correlation (p > 0.05; Pearson correlation), in either the full cohort or only the subset that reached endpoint.
The last column shows whether a significant improvement in compliance is seen between the two measurements We report a pilot study to investigate methods for improvement in compliance to the CPG for palliative care for children, by introducing a multifaceted education program.
In order to further validate and standardize SOMAmer-based measurements, we plan studies with reference standards and other analytical methods, such as the affinity capture-MS method presented here.
Due to lack of wave measurements we cannot directly study the heating mechanism.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com