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The temperature and magnetic field dependence of the samples magnetization are investigated in the range 5 760 K and from −50 kOe to +50 kOe, respectively.
We adopted the magnetization, and its temperature dependence, of the samples M2, M3 and M4 (Table 1) as those within each block.
Using a number of characterization tools, such as VSM, XRD, TEM and XPS, the dependence of the samples on the concentration of the FeCl2 solution has been revealed.
The difference between the kappas of the various domains was tested using a t-test with the level of significance set at 5% and ignoring the dependence of the samples.
A study of the excitation wavelength spectral dependence of the samples could be done using the microspectroscopy results, since the recorded spectra originate from the same site for all excitation wavelengths.
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Electric capacitance was measured to obtain temperature dependence of the sample thickness.
Fitting such dimensionless numbers to the relative difference between the measured torques and those that should be obtained under purely homogeneous and inertialess conditions revealed a decreasing dependence of the sample loading time and increasing effects of hydrodynamic segregation and angular velocity.
Therefore, it is important to know the dependence of the sampling schedule on treatment planning accuracy.
The temperature dependence of the sample catalytic activity was recorded in the range of 30 200 °C with a ramping rate of 10 °C min−1.
The first electrical measurement was oriented to obtain the temperature dependence of the sample conductance (G), at zero bias voltage, in high vacuum conditions, from 10 to 300 K.
Further, we investigated the reproducibility of lists of differentially correlated genes in dependence of the sample size.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com