History of Modern Thermoelectrochemistry

摘要: Classical industrial processes like electrodeposition, galvanising, or electrochemical oxidation of materials are temperature dependent. Traditional processing takes place in open cells. Consequently, many “trivial” thermoelectrochemical investigations cells, at moderate variation, have been described. The majority such studies dedicated to the improvement efficiency [1–26]. Deposition metals, among them copper [1, 2], zinc [3–5], nickel and its alloys [6, 7], chromium [8] cobalt [9, 10] has studied. Also generation oxide layers on aluminium [4, 12] was subject papers. Temperature dependence less common phenomena, e.g., calcareous scaling [13], electrostimulated leaching minerals [14, 15] growth nanocables [16] experiments provided information about important partial as hydrogen electrosorption [17] lithium ion intercalation into graphite [18]. investigated by means quartz microbalance under variation [19]. Uncommon electrode were single crystal platinum [20] diamond electrodes [21], well paste made ionic liquids [22]. Ionic solvents applied cells [23, 24]. An interesting application classical thermoelectrochemistry dealt with a process named electrodialysis [25].