Add to ORKGThe constant potential and constant current discharge techniques were used to determine the hydrogen diffusion coefficients in an LaNi4.25Al0.75 electrode. The values obtained were 2.97 × 10–11 and 3.30 × 10–11 cm2/s, respectively. The advantages and disadvantages of these two techniques are discussed
A new electrochemical method, termed as "the frequency response method", for the determina...
Exptl. data are presented concerning the diffusion-limited c.d. for hydrogen oxidn. in a gas diffusi...
A theoretical model for the metal hydride electrode has been developed assuming that hydrogen diffus...
The constant potential and constant current discharge techniques were used to determine the hydrogen...
Electrochemical properties of bare and copper-coated LaNi4.27Sn0.24 electrodes were investigated in ...
Porous electrode theory was applied to estimate the exchange current density, the polarization resis...
LaNi5 electrodes are widely used in electrochemical power sources. Such electrodes were prepared and...
Microelectrochemical studies for hydrogen storage materials have been carried out by using a microel...
The hydrogen pressure at the surface of a metal sheet immersed in an electrolyte can be measured by ...
An assessment is made of single and double potential step chronoamperometry (SPSC and DPSC, respecti...
The electrochemical characteristics of metal hydride electrodes made from either LaNi4.7Al0.3 or Mm0...
The electrochemical measurement of the permeation r·ate of hydrogen through metal foils consists of ...
This paper describes the process of hydrogen diffusion in API 5L X65 and ASTM A182 F22 steels with t...
Gas diffusion electrodes are used for many purposes, for example in fuel cells, in synthesis and as ...
Transport of atomic hydrogen in steels can be described by a complexmodel that takes into account d...
A new electrochemical method, termed as "the frequency response method", for the determina...
Exptl. data are presented concerning the diffusion-limited c.d. for hydrogen oxidn. in a gas diffusi...
A theoretical model for the metal hydride electrode has been developed assuming that hydrogen diffus...
The constant potential and constant current discharge techniques were used to determine the hydrogen...
Electrochemical properties of bare and copper-coated LaNi4.27Sn0.24 electrodes were investigated in ...
Porous electrode theory was applied to estimate the exchange current density, the polarization resis...
LaNi5 electrodes are widely used in electrochemical power sources. Such electrodes were prepared and...
Microelectrochemical studies for hydrogen storage materials have been carried out by using a microel...
The hydrogen pressure at the surface of a metal sheet immersed in an electrolyte can be measured by ...
An assessment is made of single and double potential step chronoamperometry (SPSC and DPSC, respecti...
The electrochemical characteristics of metal hydride electrodes made from either LaNi4.7Al0.3 or Mm0...
The electrochemical measurement of the permeation r·ate of hydrogen through metal foils consists of ...
This paper describes the process of hydrogen diffusion in API 5L X65 and ASTM A182 F22 steels with t...
Gas diffusion electrodes are used for many purposes, for example in fuel cells, in synthesis and as ...
Transport of atomic hydrogen in steels can be described by a complexmodel that takes into account d...
A new electrochemical method, termed as "the frequency response method", for the determina...
Exptl. data are presented concerning the diffusion-limited c.d. for hydrogen oxidn. in a gas diffusi...
A theoretical model for the metal hydride electrode has been developed assuming that hydrogen diffus...