Electrochemical evaluation

Jackson, R. P. and van Rooyen, D., Electrochemical Evaluation of Resistance of Stainless Alloys to Chloride Media , Corrosion, 27, 203 (1971)... 

M. Stoytcheva, Electrochemical evaluation of the kinetic parameters of a heterogeneous enzyme reaction in presence of metal ions. Electroanalysis 14, 923-927 (2002). 

Sasagawa, M. Nosaka, Y. 2002. Electrochemical evaluation of the roles of chelating reagents in Cd ion adsorption on CdS surface for the successive ionic layer adsorption and reaction (SILAR) deposition. J. Electroanal. Chem. 536 141-144. 

Among these new borates, particular attention should be paid to a salt based on oxalato ligands, which has aroused intense interest recently in the lithium ion research and development community. This salt was invented by Lischka et al. and independently synthesized and investigated by Xu and Angell, who also gave it the popular name LiBOB. Following these extensive physical characterizations, a rather comprehensive electrochemical evaluation was conducted on this salt by Xu et 155,324,488,489 found that the solutions of LiBOB in mixed carbonate solvents met the complete set of stringent requirements for electrolyte solute intended for lithium ion cell applications (1) it is anodically stable on the surface of composite cathode materials up to 4.3 V, (2) it can form a protective SEI on the... 

Electrochemical Evaluation of Corrosion Protection by Organic CoatIngs... 

In view of its high overpotential for the production of hydrogen from water, the mercury electrode allows electrochemical evaluation of possible catalysts for proton reduction since redox potentials and efficiencies for hydrogen production can be measured. In general, a species that is catalytically active for hydrogen production will give an amplified wave in both polarography and cyclic voltammetry. 

Electrochemical measurement of pHa via Eq. (8.3) senses hydronium ion activity rather than its concentration. Hence, electrochemical evaluations of dissociation constants (Af ) yield thermodynamic quantities... 

Pt-based electrocatalysts have proven to be ideally suited to the Ap analysis primarily because of the extensive morphological characterizations (X-ray diffraction, single crystal electrochemical evaluations, UHV spectroscopies, etc.) performed over the past decades. In contrast, chalcogenide electrocatalysts are comprised of nanoscale amorphous clusters making a detailed analysis of the strac-ture/property relationships inherently difficult. In light of these considerations, we have recently applied the Ap technique to a novel mixed-phase chalcogenide electrocatalyst (RhxSy, commercially available from A-TEX, Inc). Rh Sy shows remarkable per-... 

Barlow, B. C., Burgess, I. J. (2007). Electrochemical evaluation of 4-(dimethylamino)pyridine adsorption on polycrystalline gold. Langmuir, 23(3), 1555-1563. doi 10.1021/la0626860... 

Qiu, A. and D.T. Sawyer (1997). The electrochemical evaluation of the metal-carbon bond energies (—AGbf) of alkylated iron and cobalt porphyrins [(por)-M-R]. J. Porphyrins Phthalocyanines 1, 125-134. 

Table 22.2 The results of electrochemical evaluation of cells using samples of carbon (A) Carbotron P (J) (B) Carbotron PS (F) and (C) Carbotron P (F)...

J. P. Ferraris, M. M. Eissa, 1. D. Brotherston, D. C. Loveday and A. A. Moxey, Preparation and electrochemical evaluation of poly(3-phenylthiophene) derivatives potential materials for electrochemical capacitors, J. Elec-troanal. Chem., 459, 57-69 (1998). 

Mellinger ZJ, Kelly TG, Chen JG (2012) Pd-modified tungsten carbide for methanol electrooxidation from surface science studies to electrochemical evaluation. ACS Catal 2 751-758... 

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