Search Results - "Felice, C.J."

Low error Kramers-Kronig estimations using symmetric extrapolation method by Ruiz, G.A., Felice, C.J.

“…Kramers-Kronig (KK) equations allow us to obtain the real or imaginary part of linear, causal and time constant functions, starting from the imaginary or real…”
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A pH Sensor Based on a Stainless Steel Electrode Electrodeposited With Iridium Oxide by Martinez, C.C.M., Madrid, R.E., Felice, C.J.

“…A simple procedure to make an iridium oxide (IrO 2 ) electrodeposited pH sensor, that can be used in a chemical, biomedical, or materials laboratory, is…”
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Hematocrit measurement by dielectric spectroscopy by Treo, E.F., Felice, C.J., Tirado, M.C., Valentinuzzi, M.E., Cervantes, D.O.

“…Based on permittivity changes, a new method to measure hematocrit (HCT) in extracorporeal blood systems is presented. Human blood samples were tested at…”
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Medium and interface components in impedance microbiology by Felice, C.J., Valentinuzzi, M.E.

“…Classic impedance microbiology (CIM) is based on the measurement of the impedance components that appear between a pair of electrodes submerged in a cell…”
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Comparative analysis of hematocrit measurements by dielectric and impedance techniques by Treo, E.F., Felice, C.J., Tirado, M.C., Valentinuzzi, M.E., Cervantes, D.O.

“…In a previous paper, a new dielectric technique was used to estimate hematocrit (HTC) in extracorporeal blood circulation systems, independently of plasma…”
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Time–frequency analysis of neuronal populations with instantaneous resolution based on noise-assisted multivariate empirical mode decomposition by Alegre-Cortés, J., Soto-Sánchez, C., Pizá, Á.G., Albarracín, A.L., Farfán, F.D., Felice, C.J., Fernández, E.

“…•We proposed Noise Asisted Multivariate Empirical Mode Decomposition plus Hilbert transform as a tool to analyze neuronal population recordings.•The method…”
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Non-linear response of an electrode–electrolyte interface impedance with the frequency by Ruiz, G., Felice, C.J.

“…In this paper we analyze the frequency response of a distributed parameters non-linear circuit. This circuit is a fractal model of an electrode–electrolyte…”
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Erratum to “Non-linear response of electrode–electrolyte interface at high current density” [Chaos, Solitons, & Fractals 25 (2005) 649–654] by Ruiz, G.A., Felice, C.J., Valentinuzzi, M.E.

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Non-linear response of electrode–electrolyte interface at high current density by Ruiz, G.A., Felice, C.J., Valentinuzzi, M.E.

“…A distributed parameter non-linear circuit is presented as fractal model of an electrode–electrolyte interface. It includes the charge transfer resistance and…”
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Arm EMG during abduction and adduction: hysteresis cycle by Politti, J.C., Felice, C.J., Valentinuzzi, M.E.

“…The electromyographic study of the muscles involved in the complex movements of the shoulder, is usually one way to quantifying the static and dynamic joint’s…”
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Non linear fractal impedance model of an electrode-electrolyte interface by Ruiz, G., Felice, C.J.

“…We present a non-linear distributed-parameter fractal model circuit of an electrode-electrolyte interface. The circuit includes a charge transfer resistance…”
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Impedance bacteriometry: medium and interface contributions during bacterial growth by Felice, C.J., Valentinuzzi, M.E., Vercellone, M.I., Madrid, R.E.

“…Impedance was measured in a cell containing culture broth inoculated with E. coli, before and during bacterial growth. The electrode interface impedance…”
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Analysis of the rat nerve activity with an autoregressive parametric model by Farfan, F.D., Albarracin, A.L., Felice, C.J., Decima, E.E.

“…Studies of vibrissal tactile discrimination show that rats can use their vibrissae to distinguish objects differing only in surface texture. Here we propose to…”
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Non linear dielectric properties of microbiological suspensions at electrode-electrolyte interfaces by Treo, E.F., Felice, C.J., Madrid, R.M.

“…Nonlinear properties of biological suspensions have been previously presented as a bulk phenomenon, however, some authors consider that they are generated at…”
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Hematocrit measurement by dielectric spectroscopy by Treo, E.F., Cervantes, D.O., Felice, C.J., Tirado, M., Valentinuzzi, M.E.

“…A new method to measure hematocrit (HTC) in extra-corporeal blood systems is presented based on permittivity changes. Human blood samples were tested at…”
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Sinusoidal fitting using exact linearization applied to bioimpedancimetric measurements by Madrid, R.E., Spinelli, E.M., Felice, C.J.

“…Microbial growth can be continuously followed up by measuring the interface impedance Z/sub i/ of two electrodes immersed in a culture medium. A new method…”
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Electronic continuous growth follow-up of microbial cultures by Madrid, R.E., Felice, C.J., Valentinuzzi, M.E.

“…An apparatus for the measurement of bacterial growth is described. This instrument applies an alternate adequate current of two different frequencies through a…”
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Electrode roughness effect on the electrode-electrolyte interface DC current-potential curves by Felice, C.J., Ruiz, G.R., Madrid, R.E., Valentinuzzi, M.E.

“…The current-potential curve of an electrode-electrolyte interface is affected by the surface rugosity degree shown by stainless steel electrodes (type used:…”
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A correlation technique for muscle fibre action potential conduction velocity measurement using a single acquisition channel by Spinelli, E., Felice, C.J., Mayosky, M., Politti, J.C., Valentinuzzi, M.E.

“…Muscle fibre conduction velocity is an important parameter in electrophysiology and also for patient rehabilitation. Its measurement is usually made by placing…”
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Impedance and turbidity for the detection of vibrid cholerae by Felice, C.J., Seggiaro, V.N., Madrid, R.E., Valentinuzzi, M.E., Villagra, A.C.

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