In this paper, we designed and fabricated the novel air flow sensor using air drag force, which can be applied to the low air flow detection. To measure the low air flow, we should enlarge the air drag force and the output signal at the given air flow. The paddle structure is applied to the device, and the device is vertically located against the air flow to magnify the air drag force. We also adapt the corrugation structure to improve the output signals on the given air velocity. The device structure is made up of the silicon nitride layer and the output signal is measured with the piezoresistive layer. The output signals from the corrugated device show the bette
This paper reports the design, realization and preliminary testing results of an integrated air flow...
A micro Coriolis flow sensor accurately measures small mass flows without being affected by properti...
This research focuses on developing sensors for properties of aerodynamic interest (i.e., flow and p...
A piezoresistive silicon cantilever paddle for measuring gas flow is presented. The paddle square is...
This paper presents a micro-scale air flow sensor based on a free-standingcantilever structure. In t...
Here we introduce a novel micro-hydraulic structure that can significantly improve performance of ma...
Airflow sensor is a crucial component for monitoring environmental airflow conditions in many engine...
The project described here is the Phase I feasibility study of a two-phase program to integrate exis...
Air flow velocity is measured with an acoustic sensor, which can be used especially for measuring lo...
This paper presents the fabrication of flow-sensors based on the drag-force induced motion of artifi...
This work presents the design, fabrication, and characterization of an airflow sensor inspired by th...
This paper presents the fabrication of flow-sensors based on the drag-force induced motion of artifi...
AbstractThis work presents a novel air flow sensor for measuring flow velocities in heating, ventila...
We present, for the first time, the design, development and testing of a portable ultra-lowvelocity ...
This paper presents a new thermal flow sensor for ultra-low velocities. The sensor was fabricated wi...
This paper reports the design, realization and preliminary testing results of an integrated air flow...
A micro Coriolis flow sensor accurately measures small mass flows without being affected by properti...
This research focuses on developing sensors for properties of aerodynamic interest (i.e., flow and p...
A piezoresistive silicon cantilever paddle for measuring gas flow is presented. The paddle square is...
This paper presents a micro-scale air flow sensor based on a free-standingcantilever structure. In t...
Here we introduce a novel micro-hydraulic structure that can significantly improve performance of ma...
Airflow sensor is a crucial component for monitoring environmental airflow conditions in many engine...
The project described here is the Phase I feasibility study of a two-phase program to integrate exis...
Air flow velocity is measured with an acoustic sensor, which can be used especially for measuring lo...
This paper presents the fabrication of flow-sensors based on the drag-force induced motion of artifi...
This work presents the design, fabrication, and characterization of an airflow sensor inspired by th...
This paper presents the fabrication of flow-sensors based on the drag-force induced motion of artifi...
AbstractThis work presents a novel air flow sensor for measuring flow velocities in heating, ventila...
We present, for the first time, the design, development and testing of a portable ultra-lowvelocity ...
This paper presents a new thermal flow sensor for ultra-low velocities. The sensor was fabricated wi...
This paper reports the design, realization and preliminary testing results of an integrated air flow...
A micro Coriolis flow sensor accurately measures small mass flows without being affected by properti...
This research focuses on developing sensors for properties of aerodynamic interest (i.e., flow and p...