Electrochemistry of Dihydroxybenzene Compounds. Carbon Based Electrodes and Their Uses in Synthesis and Sensors

Electrochemistry Of Dihydroxybenzene Compounds: Electrochemistry Of Dihydroxybenzene Compounds Focuses On Developing A Simple, Highly Sensitive And Accurate Voltammetric Method To Assess Diphenols And Other Chemical Compounds Using Composite-modified And Glassy Carbon-based Electrodes. The Determination Of The Trace Levels Of Chemicals In Products Is A Fundamental Challenge In Chemistry Research, Education And Industry. This Book Presents Significant Approaches To This Challenge, Including The Application Of A Wide Range Of Electrodes Under Easily Controlled Conditions. Practical And Concise, The Book Is An Accessible Quick Reference For Chemists And Pharmacologists For Assessing The Electrochemistry Of D-compounds. Covers The Methodology And Practical Applications Of The Many Electrochemical Techniques Available Introduces Readers To The Process Of Synthesizing New Dhb Derivatives By Electrochemical Methods Incorporates A Variety Of Carbon-based Electrodes, Including Glassy Carbon, Composite Graphite, Carbon Nanotube And Graphene As Substrate Electrodes