9,99 €
Advanced Electroanalytical Methods
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- FormatePub
- ISBN8227398031
- EAN9798227398031
- Date de parution03/10/2024
- Protection num.pas de protection
- Infos supplémentairesepub
- ÉditeurBig Dog Books, LLC
Résumé
About BookBooks on modern electroanalytical methods explore techniques used to analyze chemical and biological systems by measuring electrical properties like current, voltage, and charge. Key topics typically include voltammetry, which measures current as a function of potential to study redox reactions, and potentiometry, which focuses on voltage measurements without drawing current, such as in pH electrodes.
Coulometry, used for quantifying substances by measuring the total charge, and amperometry, which measures current at a fixed potential, are also common techniques. Electrochemical impedance spectroscopy is important for studying the resistance and capacitance of electrochemical interfaces, and electrochemical sensors, which detect specific analytes, are widely covered. Applications span fields like environmental monitoring, pharmaceuticals, food safety, and energy storage.
These resources are valuable for understanding the theory and application of electroanalytical chemistry. Moreover, I am pretty sure that this book will improve the confidence of young researchers and students to think and remember advanced electroanalytical methods and concepts. I highly believe that this book will go a long way to satisfy the long-felt need of young researchers/students for a friendly guide on electrochemical analytical strategies.
Thank you, Dr. Govindhan Maduraiveeran
Coulometry, used for quantifying substances by measuring the total charge, and amperometry, which measures current at a fixed potential, are also common techniques. Electrochemical impedance spectroscopy is important for studying the resistance and capacitance of electrochemical interfaces, and electrochemical sensors, which detect specific analytes, are widely covered. Applications span fields like environmental monitoring, pharmaceuticals, food safety, and energy storage.
These resources are valuable for understanding the theory and application of electroanalytical chemistry. Moreover, I am pretty sure that this book will improve the confidence of young researchers and students to think and remember advanced electroanalytical methods and concepts. I highly believe that this book will go a long way to satisfy the long-felt need of young researchers/students for a friendly guide on electrochemical analytical strategies.
Thank you, Dr. Govindhan Maduraiveeran
About BookBooks on modern electroanalytical methods explore techniques used to analyze chemical and biological systems by measuring electrical properties like current, voltage, and charge. Key topics typically include voltammetry, which measures current as a function of potential to study redox reactions, and potentiometry, which focuses on voltage measurements without drawing current, such as in pH electrodes.
Coulometry, used for quantifying substances by measuring the total charge, and amperometry, which measures current at a fixed potential, are also common techniques. Electrochemical impedance spectroscopy is important for studying the resistance and capacitance of electrochemical interfaces, and electrochemical sensors, which detect specific analytes, are widely covered. Applications span fields like environmental monitoring, pharmaceuticals, food safety, and energy storage.
These resources are valuable for understanding the theory and application of electroanalytical chemistry. Moreover, I am pretty sure that this book will improve the confidence of young researchers and students to think and remember advanced electroanalytical methods and concepts. I highly believe that this book will go a long way to satisfy the long-felt need of young researchers/students for a friendly guide on electrochemical analytical strategies.
Thank you, Dr. Govindhan Maduraiveeran
Coulometry, used for quantifying substances by measuring the total charge, and amperometry, which measures current at a fixed potential, are also common techniques. Electrochemical impedance spectroscopy is important for studying the resistance and capacitance of electrochemical interfaces, and electrochemical sensors, which detect specific analytes, are widely covered. Applications span fields like environmental monitoring, pharmaceuticals, food safety, and energy storage.
These resources are valuable for understanding the theory and application of electroanalytical chemistry. Moreover, I am pretty sure that this book will improve the confidence of young researchers and students to think and remember advanced electroanalytical methods and concepts. I highly believe that this book will go a long way to satisfy the long-felt need of young researchers/students for a friendly guide on electrochemical analytical strategies.
Thank you, Dr. Govindhan Maduraiveeran
