P. Żółtowski

发表

On the electrical capacitance of interfaces exhibiting constant phase element behaviour

P. Żółtowski, Piotr Zoltowski, 1998 .

The error function for fitting of models to immittance data

P. Żółtowski, 1984 .

On the problem of ageing of carbon—air electrodes in alkaline electrolytes

P. Żółtowski, A. Rolla, A. Sadkowski, 1980 .

Effects of self-induced mechanical stress in hydrogen sorption by metals, by EIS

P. Żółtowski, 1999 .

On the importance of equilibrium in studies on the transport of hydrogen in metals

P. Żółtowski, 2010 .

Analysis of electrochemical techniques for studying the diffusion of hydrogen in metals

P. Żółtowski, 2007 .

The power of reparametrization of measurement models in electrochemical impedance spectroscopy

P. Żółtowski, 1997 .

Hydrogen evolution reaction on smooth tungsten carbide electrodes

P. Żółtowski, 1980 .

Comparison of transfer functions of transport of hydrogen in elastic metals

P. Żółtowski, 2006 .

Determination of diffusion coefficient of hydrogen in metals and their elastic modulus by generalised impedance

P. Żółtowski, B. Legawiec, 2004 .

Sensitivity of transfer functions of transport of hydrogen in elastic metals to the uncertainty of their parameters

P. Żółtowski, 2003 .

A study of transport of hydrogen in self-stressed metals by a one-port transfer function

P. Żółtowski, 2002 .

Carbon-air electrode with regenerative short time overload capacity: Part 1. Effect of manganese dioxide

P. Żółtowski, D. Draẑić, L. Vorkapic, 1973 .

A new approach to measurement modelling in electrochemical impedance spectroscopy

P. Żółtowski, 1994 .

IDENTIFICATION OF ELECTROCHEMICAL SYSTEMS BY IMPEDANCE SPECTROSCOPY

P. Żółtowski, 1994 .

Carbon air electrode with regenerative short time overload capacity. II. Effects of duroquinone and 2-amino-1.4 naphthoquinone

P. Żółtowski, D. Draẑić, L. Vorkapic, 1975 .

Diffusion of hydrogen in self-stressed metals — transfer function spectroscopy approach

P. Żółtowski, 2001 .

Diffusion coefficient of hydrogen in α-phase palladium and palladium–platinum alloy

P. Żółtowski, E. Makowska, 2001 .

Concentration transfer function of hydrogen diffusion in self-stressed metals

P. Żółtowski, 2001 .

Remarks on “Determination of hydrogen absorption isotherm and diffusion coefficient in Pd81Pt19 alloy” [F. Vigier et al., J. Electroanal. Chem. 588 (2006) 32]

P. Żółtowski, 2007 .

Effects of Self Stress on the Transport of Guest Species in Solids: Transport of Hydrogen in Metals

P. Żółtowski, B. Legawiec, 2002 .

The capacity of monocrystalline nickel electrode in potassium hydroxide solution at low hydrogen overpotentials

P. Żółtowski, 1993 .

Supplementary transfer function of the transport of hydrogen in self-stressed metals

P. Żółtowski, 2011 .

Selectivity study of the differential impedance analysis—comparison with the complex non-linear least-squares method

Z. Stoynov, P. Żółtowski, D. Vladikova, 2002 .

An immitance study of the mechanism of hydrogen reactions on a tungsten carbide electrode: Part II. Analysis in terms of a non-linear model

P. Żółtowski, 1989 .

An immitance study of the mechanism of hydrogen reactions on a tungsten carbide electrode

P. Żółtowski, 1989 .

The mechanism of the activation process of the tungsten carbide electrode

P. Żółtowski, 1986 .

The admittance of a simple electrocatalytic process coupled with an additional electrochemical adsorption reaction

P. Żółtowski, 1988 .

Non-traditional approach to measurement models for analysis of impedance spectra

P. Zoltowski, P. Żółtowski, 2005 .

Tetraalkylammonium cation clathrate hydrates in interfacial electrochemistry

Z. Borkowska, P. Żółtowski, M. Opallo, 1998 .

Monitoring System for Determination of Vibrations of Different Building Structures during Driving in Reinforced Concrete Pre-Cast Piles and Sheet Piles

Henryk Zobel, Piotr Żółtowski, P. Żółtowski, 2012 .

Analysis of dynamic loads on lightweight footbridge caused by lorry passing underneath

J. Piechna, P. Żółtowski, K. Zoltowski, 2006 .

Electrochemical properties of active carbon in acid and alkaline electrolytes

P. Żółtowski, 1976 .