Abstract ⎯ This article presents microchannel thermal flow sensors fabricated using standard micromachining technology. The sensors comprise of a SiXNY microchannel created by etching of a poly-Si sacrificial layer. The channels are released by KOH etching through inlets and outlets etched from the backside of the substrate. Liquid flow is measured by platinum resistors deposited on top of the microchannel, while the channel is thermally isolated from the substrate by a SiXNY membrane. Flow rates of DI water in the order of nl⋅min-1 have been measured using a dynamic sensing method applying heat waves
Recently, we proposed a fabrication technology to realize fluidic channels at the surface of a silic...
International audienceWe report on micro-machined flow-rate sensors as part of autonomous multi-para...
AbstractRecently, we proposed a fabrication technology to realize fluidic channels at the surface of...
This article presents microchannel thermal flow sensors fabricated using standard micromachining tec...
This paper presents micromachined thermal sensors for measuring liquid flow rates in the nanoliter-p...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for wate...
A thermal mass flow sensor with high dynamic flow range in silicon bulk micromachining membrane tech...
This paper presents micromachined thermal sensors for measuring liquid flow rates in the nanoliter-p...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
The emerging fields of micro total-analysis systems (micro-TAS), micro-reactors and bio-MEMS drives ...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
[[abstract]]The design, fabrication, and application of microthermal sensors are presented in this w...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for DI w...
Based on the results of computational fluid dynamics simulations, this study designed and fabricated...
Recently, we proposed a fabrication technology to realize fluidic channels at the surface of a silic...
International audienceWe report on micro-machined flow-rate sensors as part of autonomous multi-para...
AbstractRecently, we proposed a fabrication technology to realize fluidic channels at the surface of...
This article presents microchannel thermal flow sensors fabricated using standard micromachining tec...
This paper presents micromachined thermal sensors for measuring liquid flow rates in the nanoliter-p...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for wate...
A thermal mass flow sensor with high dynamic flow range in silicon bulk micromachining membrane tech...
This paper presents micromachined thermal sensors for measuring liquid flow rates in the nanoliter-p...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
The emerging fields of micro total-analysis systems (micro-TAS), micro-reactors and bio-MEMS drives ...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
[[abstract]]The design, fabrication, and application of microthermal sensors are presented in this w...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for DI w...
Based on the results of computational fluid dynamics simulations, this study designed and fabricated...
Recently, we proposed a fabrication technology to realize fluidic channels at the surface of a silic...
International audienceWe report on micro-machined flow-rate sensors as part of autonomous multi-para...
AbstractRecently, we proposed a fabrication technology to realize fluidic channels at the surface of...