Fundamental Aspects of ELECTROCRYSTALLIZATION

1 Retrospect.- 1. The First Contributions.- 2. Earlier Concepts.- 2 Perspective.- 3 Methods of Investigation.- 1. Electrochemical Methods.- 2. Optical Methods.- 3. Surface and Solution Preparation.- 4 Basic Models of the Atomic Movements Which Lead to Deposition.- 1. A Definition.- 2. Mechanism of Interfacial Charge Transfer.- 3. The Alternative Paths for Metal Deposition.- 4. What Happens to the Hydration Sheath During the Atomic Movements Between Arrival in the Double Layer and Building into the Lattice?.- 5. Is Charge Transfer to all Types of Sites on the Metal Surface Equally Probable?.- 6. Can "Two-Electron Transfers" Take Place?.- 7. Adatom or Adion?.- 8. Path and Rate-Determining Step in Deposition: Theoretical Indications.- 5 Transients.- 1. Origin of Transient Measurements in Metal Deposition Studies.- 2. The Mehl and Bockris Analysis.- 3. Better Approximations in the Analysis of Transients.- 6 Discussion of Some Basic Questions Concerning Path and Rate-Determining Step.- 1. The Charge-Transfer Step.- 2. The Two Paths: Via the Surface or Directly to Kink Sites.- 3. The Generality of Rate Control by the Charge-Transfer Step at High Current Densities.- 4. Under Surface-Diffusion Control, Deposition Does Take Place Preferentially Near a Growth Site.- 7 Deposition and Dissolution Kinetics as a Function of the Initial Substrate.- 1. Variation of the Activity of a Surface with Time.- 2. The Effect of the Potential Dependence of the Activity of the Emergent Dislocations on the Kinetics of Deposition.- 3. The Effect of Change of Concentration of Emergent Dislocations in the Initial Substrate.- 8 Why Do Some Crystals Grow in Filamentary Shapes?.- 1. Crystal Growth, Dendritic Growth, and the Study of the Mechanism of Electrocrystallization.- 2. Facts about Dendritic Growth on Electrodes.- 3. Mechanism of Dendritic Growth.- 9 Mechanistic Aspects of Morphology.- 1. Preliminary Observations.- 2. Some Forms Observed.- 3. The Potential Dependence of the Growth Form.- 4.