A flexible and disposable paper-based pH sensor fabricated with a pencil-drawn working electrode and a Ag/AgCl paste reference electrode is demonstrated for the first time to show pH response by the potentiometric principle. The sensor substrate is made of chromatography paper with a wax-printed hydrophobic area, and various types of carbon pencils are tested as working electrodes. The pH sensitivities of the electrodes drawn by carbon pencils with different hardnesses range from 16.5 to 26.9 mV/pH. The proposed sensor is expected to be more robust against shape change in electrodes on a flexible substrate than other types of chemiresistive/amperometric pH sensors
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
This paper describes the design and fabrication of ion-sensing electrochemical paper-based analytica...
We explore the fabrication, physicochemical characterisation (SEM, Raman, EDX and XPS) and electroch...
The relevance of pH assessment in clinical analysis, environmental and industrial control, has raise...
Estimation of pH is vital to assess the biochemical and biological processes in a wide variety of ap...
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
We report on possible use of wood-free resin pencil (WPE) as low-cost pH electrode based on WPE coa...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)A reagentless pH sensor based upon disp...
Developing and building on recent work based on a simple sensor for pH determination using unmodifie...
Despite substantial advances in sensing technologies, the development, preparation, and use of self-...
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
Electrochemical analysis using mercury electrodes has been a prominent methodology since the beginni...
[[abstract]]To miniaturize the size of conventional reference electrode and achieve the requirement ...
Electrochemical analysis using mercury electrodes has been a prominent methodology since the beginni...
A glassy carbon electrode has been coated by electrodeposition with a thin film of cobalt based laye...
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
This paper describes the design and fabrication of ion-sensing electrochemical paper-based analytica...
We explore the fabrication, physicochemical characterisation (SEM, Raman, EDX and XPS) and electroch...
The relevance of pH assessment in clinical analysis, environmental and industrial control, has raise...
Estimation of pH is vital to assess the biochemical and biological processes in a wide variety of ap...
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
We report on possible use of wood-free resin pencil (WPE) as low-cost pH electrode based on WPE coa...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)A reagentless pH sensor based upon disp...
Developing and building on recent work based on a simple sensor for pH determination using unmodifie...
Despite substantial advances in sensing technologies, the development, preparation, and use of self-...
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
Electrochemical analysis using mercury electrodes has been a prominent methodology since the beginni...
[[abstract]]To miniaturize the size of conventional reference electrode and achieve the requirement ...
Electrochemical analysis using mercury electrodes has been a prominent methodology since the beginni...
A glassy carbon electrode has been coated by electrodeposition with a thin film of cobalt based laye...
A reagentless pH sensor based upon disposable and economical graphite screen-printed electrodes (GSP...
This paper describes the design and fabrication of ion-sensing electrochemical paper-based analytica...
We explore the fabrication, physicochemical characterisation (SEM, Raman, EDX and XPS) and electroch...