9 research outputs found
Open circuit potential (<i>ocp</i>) vs. immersion time for the sample B.
<p>Open circuit potential (<i>ocp</i>) vs. immersion time for the sample B.</p
SEM micrograph of cells fixed on A (a), B (b), C (c), and 316L (d).
<p>SEM micrograph of cells fixed on A (a), B (b), C (c), and 316L (d).</p
Some properties of the stainless steel samples.
<p>Some properties of the stainless steel samples.</p
XRD pattern of the nickel-free powder metallurgy stainless steel samples.
<p>XRD pattern of the nickel-free powder metallurgy stainless steel samples.</p
Equivalent electrical circuit parameters obtained by the EIS studies.
<p>Equivalent electrical circuit parameters obtained by the EIS studies.</p
Chemical composition of the stainless steel samples (wt%).
<p>Chemical composition of the stainless steel samples (wt%).</p
Cell viability on the TCP and stainless steels after one day, determined by fluorescence in the cytoplasmic extract.
<p>Cell viability on the TCP and stainless steels after one day, determined by fluorescence in the cytoplasmic extract.</p
Bode impedance (a), Bode phase angle (b) and Nyquist (c) plots; and equivalent electrical circuit used for the quantitative analyses of the impedance spectra (d).
<p>Bode impedance (a), Bode phase angle (b) and Nyquist (c) plots; and equivalent electrical circuit used for the quantitative analyses of the impedance spectra (d).</p
Potentiodynamic polarization curves for the stainless steel samples.
<p>Potentiodynamic polarization curves for the stainless steel samples.</p