SAMs on Hg Electrodes

Abstract

The sections in this article are Introduction and Scope Phospholipid SAMs on Hg Preparation Methodology and Procedures Structure and Physical Properties of Phospholipid SAMs on Hg Differential Capacity of Phospholipid SAMs on Hg Inhibitive Properties of Phospholipid SAMs on Hg Modeling of Phospholipid SAMs on Hg Incorporation of Lipophilic Molecules in Phospholipid SAMs on Hg Electroinactive Compounds Electroactive Compounds Thiol SAMs on Hg Preparation Methodology and Procedures Structure and Physical Properties of Thiol SAMs on Mercury Surface‐sensitive Techniques Electrochemical Properties Total and Free Charge Density on Mercury Coated with Thiol SAMs Electron Transfer across Thiol SAMs on Mercury Tethered Bilayer Lipid Membranes on Hg

Theoretical Treatment of a Cathodic Stripping Mechanism of an Insoluble Salt Coupled with a Chemical Reaction in Conditions of Square Wave Voltammetry. Application to 6‐Mercaptopurine‐9‐D‐Riboside in the Presence of Ni(II)

“…In addition, the importance of cathodic stripping mechanisms from the standpoint of electrode kinetics, as well as their relation with the electrosorption processes was also addressed [38]. In a broader context, the cathodic stripping mechanisms are also of relevance for understanding the formation and dissolution of self-assembled thiolmonolayers on a mercury electrode [39]. In the last decade, we have applied cathodic stripping SWV for mechanistic studies of important biochemical compounds [40], drugs [41], and recently, pesticides [42].…”