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I electrochemical

GOLDIE, w., Metallic Coating of Plastics, Vol. I. Electrochemical Publications, London (1968)... [Pg.465]

Cowan, R. L, and Kaznoff, A. I., Electrochemical Measurements of Corrosion Processes in a Boiling Water Nuclear Reactor , Corrosion, 29, 123 (1973)... [Pg.117]

Taniguchi, I. Electrochemical and Photoelectrochemical Reduction of Carbon Dioxide 20... [Pg.609]

Figure 5.7. Schematic representation of the definitions of work function O, chemical potential of electrons i, electrochemical potential of electrons or Fermi level p = EF, surface potential %, Galvani (or inner) potential Figure 5.7. Schematic representation of the definitions of work function O, chemical potential of electrons i, electrochemical potential of electrons or Fermi level p = EF, surface potential %, Galvani (or inner) potential <p, Volta (or outer) potential F, Fermi energy p, and of the variation in the mean effective potential energy EP of electrons in the vicinity of a metal-vacuum interface according to the jellium model. Ec is the bottom of the conduction band and dl denotes the double layer at the metal/vacuum interface.
Moscardo-Levelut MN, Plichon V (1984) Sulfur chemistry in equimolar NaOH-HaO melt. I. Electrochemical oxidation of sodium sulfide. J Electrochem Soc 131 1538-1545... [Pg.73]

Many IC techniques are now available using single column or dual-column systems with various detection modes. Detection methods in IC are subdivided as follows [838] (i) electrochemical (conductometry, amper-ometry or potentiometry) (ii) spectroscopic (tJV/VIS, RI, AAS, AES, ICP) (iii) mass spectrometric and (iv) postcolumn reaction detection (AFS, CL). The mainstay of routine IC is still the nonspecific conductometric detector. A significant disadvantage of suppressed conductivity detection is the fact that weak to very weak acid anions (e.g. silicate, cyanide) yield poor sensitivity. IC combined with potentiometric detection techniques using ISEs allows quantification of selected analytes even in complex matrices. The main drawback... [Pg.271]

Ghiurcan, G. A. Liu, C.-C. Webber, A. Feddrix, F. H. 2003. Development and characterization of a thick-film printed zinc-alkaline battery. I. Electrochem. Soc. 150 A922-A927. [Pg.32]

Table I. Electrochemical Parameters for the First Redox Have of Deposited or Adsorbed Bipyridiniums... Table I. Electrochemical Parameters for the First Redox Have of Deposited or Adsorbed Bipyridiniums...
Underpotential Deposition on An Single Crystals (i) Electrochemical and Ex Situ Spectroscopic Measurements... [Pg.201]

Co2(S04)i Electrochemical oxidation of C0SO4 generated 02(804)3 that reacted with 1-naphthylmethanol in tri-butyl phosphate to give 1-naphthaldehyde in 66% yield [29, 30]. [Pg.177]

Cobaloxime(I), electrochemically regenerated from chloro(pyridine)-cobaloxime (III) (232), has been employed as a mediator in the reductive cleavage of the C—Br bond of 2-bromoalkyl 2-alkynyl ethers (253), giving (254) through radical trapping ofthe internal olefin (Scheme 95) [390]. An interesting feature of the radical cyclization (253) (254) is the reaction in methanol, unlike the trialkyltin hydride-promoted radical reactions that need an aprotic nonpolar solvent. An improved procedure for the electroreductive radical cyclization of (253) has been attained by the combined use of cobaloxime(III) (232) and a zinc plate as a sacrificial anode in an undivided cell [391]. The procedure is advantageous in terms of the turnover of the catalyst and the convenience of the operation. [Pg.552]

Table I. Electrochemically measured data on cellulose acetate... Table I. Electrochemically measured data on cellulose acetate...
The current chapter focuses on the electrochemistry of the ionic forms of copper in solution, starting with the potentials of various copper species. This includes the effect of coordination geometry, donor atoms, and solvent upon the electrochemical potentials of copper redox couples, specifically Cu(II/I). This is followed by a discussion of the various types of coupled chemical reactions that may contribute to the observed Cu(II/I) electrochemical behavior and the characteristics that may be used to distinguish the presence of each of these mechanisms. The chapter concludes with brief discussions of the electrochemical properties of copper proteins, unidentate and binuclear complexes. [Pg.993]

Define the following terms used in Section 6.3 (a) electrochemical cell, (b) ideally nonpolarizable and polarizable interfaces, (c) relative electrode potential, (d) outer potential, (e) inner potential, (1) surface potential, (g) image forces, (h) Coulombic forces, (i) electrochemical potential, (j) chemical potential, (k) electron work function, (1) just outside the metal, and (m) absolute potential. (Gamboa-Aldeco)... [Pg.299]

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See also in sourсe #XX -- [ Pg.7 , Pg.9 , Pg.20 , Pg.21 ]



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Electrochemical Preparations I (Conventional Coatings and Structures)

K.I. Popov et al., Morphology of Electrochemically and Chemically

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