An analytical model of calorimetric flow sensor has been developed. The results of the application of this model are utilized to develop a calorimetric flow microsensor with optimal functional characteristics. The technology to manufacture the microsensor is described. A prototype of the microsensor suitable to be used in the mass air flow meter has been designed. The basic characteristics of the microsensor are presented. © 2012 American Institute of Physics
AbstractA novel thermal flow sensor is presented featuring three spatially separated micromachined s...
The point measurement of velocity of gaseous fluids has been made for some time with hot wire anenom...
The ability to measure the amount of fluid that flows from one location to another is of use in a wi...
An analytical model of a thermal anemometer sensor is developed. A thermal anemometer microsensor ut...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
Micromachined thermal flow sensors on the market are primarily manufactured with the calorimetric se...
Design, realisation and testing results of an integrated air flow sensor based on micromachined tech...
This paper reports the design, realization and preliminary testing results of an integrated air flow...
The ability to measure the amount of fluid that flows from one location to another is of use in a wi...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
In this paper we present a truly calorimetric flow sensor. The technology to fabricate the sensor is...
There is cUlTently a lack of quality sensing techniques that can provide the required spatial and te...
AbstractA novel thermal flow sensor is presented featuring three spatially separated micromachined s...
The point measurement of velocity of gaseous fluids has been made for some time with hot wire anenom...
The ability to measure the amount of fluid that flows from one location to another is of use in a wi...
An analytical model of a thermal anemometer sensor is developed. A thermal anemometer microsensor ut...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
Micromachined thermal flow sensors on the market are primarily manufactured with the calorimetric se...
Design, realisation and testing results of an integrated air flow sensor based on micromachined tech...
This paper reports the design, realization and preliminary testing results of an integrated air flow...
The ability to measure the amount of fluid that flows from one location to another is of use in a wi...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
In this paper we present a truly calorimetric flow sensor. The technology to fabricate the sensor is...
There is cUlTently a lack of quality sensing techniques that can provide the required spatial and te...
AbstractA novel thermal flow sensor is presented featuring three spatially separated micromachined s...
The point measurement of velocity of gaseous fluids has been made for some time with hot wire anenom...
The ability to measure the amount of fluid that flows from one location to another is of use in a wi...