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  • Electrodeposition and Surface Finishing
    where E? (A) and E? (B) are standard potentials of metals A and B, a activities of corresponding metal ions in the solution, and p and q numbers of electrons to be exchanged during the process of metal deposition .
  • Modern Electroplating 5th Edition
    It will be shown later that the limiting current density is of great practical importance in metal deposition since the type and quality of metal deposits depend on the relative values of the deposition current and the limiting current.
  • Fundamental Aspects of Electrometallurgy
    In the second part (Chapters 3�6) the mechanisms of metal deposition are discussed at a high scientific level although efforts were made to simplify them in an approachable way.
  • Electrochemical Dictionary
    � Harnisch F, Hummel A, Hasse U (2004) Electrochem Commun 6:929; [iv] Ivo�evi�c N, �uti�c V (1998) Langmuir 14:231; [v] Kova?c S, Svetli?ci�c V, �uti�c V (1999) Colloids Surfaces 149:481; [vi] Raub E, M�ller K (1967) Fundamentals of metal deposition .
  • Atomic Layer Deposition of Nanostructured Materials
    Other examples of noble metal deposition include the ALD of Ru using Ru(Cp)(CO)2(Et) with either O2 gas or an O2 plasma.
  • Theory and Practice of Metal Electrodeposition
    The essential concepts in theoretical electrochemistry necessary for the investi- gation of metal deposition processes is provided here, including data that are com- monly absent in specialized academic courses.
  • Modern Aspects of Electrochemistry
    Metal Deposition as a Class of its Own.....................195 (i) Redox Reactions...............................................195 (ii) Metal Deposition and Dissolution....................197 2.
    The kinetics and reaction network of hydrodemetallation (HDM) reactions and the pattern of metal deposition have been investigated using a model residuum oil, consisting of nickel porphyrins (Ni- etioporphyrin (Ni-EP), Ni-tetraphenylporphyrin (Ni-TPP), and Ni- tetra(3-methylphenyl)porphyrin (Ni �