abstract: Electrochemical sensors function by detecting electroactive species at the electrode surface of a screen printed sensor. As more force is applied, the concentration of electroactive species at the surface of the sensor increases and a larger current is measured. Thus, when all conditions including voltage are made constant, as in Amp i-t, a quantifiable current can be read and the force applied can be calculated. Two common electrochemical techniques in which current is measured, cyclic voltammetry(CV) and amperometric i-t(Amp i-t), were used. A compressible sensor capable of transducing a force and acquiring feedback was created
actile sensing/imaging has been an important area of research for its applications in artificial ski...
Collecting electrochemical information concerning the presence of molecules in a solution is usually...
In this thesis, a portable sensor electronic is developed for chemical and biological sensors based ...
Inter-digital capacitive electrodes working as electric field sensors have been developed for touch ...
A new method allowing the simultaneous and automatic determination of potentiometric and impedimetri...
Dielectric elastomer sensors for the measurement of compression loads with high sensitivity are desc...
International audienceCollecting electrochemical information concerning the presence of molecules in...
This thesis describes resistance-based soft sensors filled with liquid metal and a methodology for i...
In this paper an investigation of the feasibility of a new electrochemical micro actuator is present...
Flexible tactile sensors have been intensively studied for healthcare and electronic skin devices. C...
A novel electrochemical microactuator made with the use of silicon micromachining techniques, and it...
A pressure sensor has a multiplicity of piezoelectric converter elements which are arranged such tha...
A novel electrochemical microactuator made with the use of silicon micromachining techniques, and it...
Abstract—We report on the use of electrochemical impedance (EI) as the basis for force transduction ...
A method and system is disclosed to detect and analyze an electric signal based on movement between ...
actile sensing/imaging has been an important area of research for its applications in artificial ski...
Collecting electrochemical information concerning the presence of molecules in a solution is usually...
In this thesis, a portable sensor electronic is developed for chemical and biological sensors based ...
Inter-digital capacitive electrodes working as electric field sensors have been developed for touch ...
A new method allowing the simultaneous and automatic determination of potentiometric and impedimetri...
Dielectric elastomer sensors for the measurement of compression loads with high sensitivity are desc...
International audienceCollecting electrochemical information concerning the presence of molecules in...
This thesis describes resistance-based soft sensors filled with liquid metal and a methodology for i...
In this paper an investigation of the feasibility of a new electrochemical micro actuator is present...
Flexible tactile sensors have been intensively studied for healthcare and electronic skin devices. C...
A novel electrochemical microactuator made with the use of silicon micromachining techniques, and it...
A pressure sensor has a multiplicity of piezoelectric converter elements which are arranged such tha...
A novel electrochemical microactuator made with the use of silicon micromachining techniques, and it...
Abstract—We report on the use of electrochemical impedance (EI) as the basis for force transduction ...
A method and system is disclosed to detect and analyze an electric signal based on movement between ...
actile sensing/imaging has been an important area of research for its applications in artificial ski...
Collecting electrochemical information concerning the presence of molecules in a solution is usually...
In this thesis, a portable sensor electronic is developed for chemical and biological sensors based ...