AbstractThis paper demonstrates the improvement of mass detection sensitivity using a new method of analysis applied to a piezoelectric coupled sensor. First, we prove the performances of an original method of analysis, based on the structures resonance amplitude, which significantly increases the mass detection sensitivity and improves the response time. Second, we show the advantage of coupled microcantilevers with a piezoelectric detection, that leads to a relative voltage variation of 8%/0.1 fg in the range [1 zg, 0.1 fg] versus an interferometric measurement. That opens the door to an ultrasensitive detection of highly diluted analytes in biological fluids
We study the use of vibration localization in large arrays of mechanically coupled, nearly identical...
Abstract- Using higher resonant modes of microcantilevers promises higher sensitivity in the bio/che...
We evaluated the potential and limitations of resonating nanomechanical microcantilevers for the det...
AbstractThis paper demonstrates the improvement of mass detection sensitivity using a new method of ...
This paper reports the use of dual-microcantilevers coupled by cruciform overhang to enhance the mas...
This paper presents a kind of net-overhang coupled microcantilevers for ultrasensitive mass detectio...
This work demonstrates the improvement of mass detection sensitivity and time response using a quite...
We use Anderson or vibration localization in coupled microcantilevers as an extremely sensitive met...
In conventional implementations, resonant chemical and biological sensors exploit chemomechanically-...
Piezoelectric microcantilevers (MCs) have extensive applications in microelectromechanical systems. ...
The research objective presented in this dissertation is to develop novel micro-electromechanical sy...
The potential to detect very small amounts of added mass has driven research in chemical and biologi...
This work demonstrates the improvement of mass detection sensitivity and time response using a simpl...
Degree awarded: Ph.D. Mechanical Engineering. The Catholic University of AmericaThis work describes ...
International audienceThis work demonstrates the improvement of mass detection sensitivity and time ...
We study the use of vibration localization in large arrays of mechanically coupled, nearly identical...
Abstract- Using higher resonant modes of microcantilevers promises higher sensitivity in the bio/che...
We evaluated the potential and limitations of resonating nanomechanical microcantilevers for the det...
AbstractThis paper demonstrates the improvement of mass detection sensitivity using a new method of ...
This paper reports the use of dual-microcantilevers coupled by cruciform overhang to enhance the mas...
This paper presents a kind of net-overhang coupled microcantilevers for ultrasensitive mass detectio...
This work demonstrates the improvement of mass detection sensitivity and time response using a quite...
We use Anderson or vibration localization in coupled microcantilevers as an extremely sensitive met...
In conventional implementations, resonant chemical and biological sensors exploit chemomechanically-...
Piezoelectric microcantilevers (MCs) have extensive applications in microelectromechanical systems. ...
The research objective presented in this dissertation is to develop novel micro-electromechanical sy...
The potential to detect very small amounts of added mass has driven research in chemical and biologi...
This work demonstrates the improvement of mass detection sensitivity and time response using a simpl...
Degree awarded: Ph.D. Mechanical Engineering. The Catholic University of AmericaThis work describes ...
International audienceThis work demonstrates the improvement of mass detection sensitivity and time ...
We study the use of vibration localization in large arrays of mechanically coupled, nearly identical...
Abstract- Using higher resonant modes of microcantilevers promises higher sensitivity in the bio/che...
We evaluated the potential and limitations of resonating nanomechanical microcantilevers for the det...