The development of smart Si sensors which combine active circuitry and sensor on the same chip, has drawn attention in terms of miniaturisation and cost-effectiveness of microsensors. Interest in micromachining of Si to fabricate membranes derives from the need for inexpensive and more versatile sensors. This paper reports the results on fabrication of Si membranes by anisotropic etching of Si in EDP solution. Good quality membranes of 10 Nanometer thickness were fabricated. Infrared detector based on thermopile structure was realised on 50 Nanometer thick Si membrane using polysilicon and Al junctions. Thermo-emf generated at 150 °c is nearly 8 mv
We report the fabrication of a 10 nm thick, self-supporting, single-crystal silicon membrane. The fa...
International audienceWe present a simple yet efficient technique to monitor membrane thickness duri...
The “textbook” phonon mean free path of heat carrying phonons in silicon at room temperature is ∼40 ...
The development of smart Si sensors which combine active circuitry and sensor on the same chip, has...
The development of smart Si sensors which combine active circuitry and sensor on the same chip, has ...
Silicon wafer etching is frequently used in micromachining and microelectronic fabrication processes...
[[abstract]]This paper proposed a new direction for the miniaturization of silicon bulk-machined sen...
We have developed low-temperature surface micromachining procedures for the fabrication of suspended...
The membrane deposition technology on silicon-based transducers constitutes the most delicate part o...
© 2019 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
Silicon membranes are widely used for sensor applications because of their mechanical and electrical...
In this work, a transverse porous silicon (PSi) membrane was fabricated for flow-through optical sen...
Many silicon microsensors are using a thin silicon membrane with integrated piezoresistors as sensin...
Macroporous silicon bio-chemical sensing devices have been developed, fabricated and tested. The por...
[[abstract]]This paper proposed a new direction for the miniaturization of silicon bulk-machined sen...
We report the fabrication of a 10 nm thick, self-supporting, single-crystal silicon membrane. The fa...
International audienceWe present a simple yet efficient technique to monitor membrane thickness duri...
The “textbook” phonon mean free path of heat carrying phonons in silicon at room temperature is ∼40 ...
The development of smart Si sensors which combine active circuitry and sensor on the same chip, has...
The development of smart Si sensors which combine active circuitry and sensor on the same chip, has ...
Silicon wafer etching is frequently used in micromachining and microelectronic fabrication processes...
[[abstract]]This paper proposed a new direction for the miniaturization of silicon bulk-machined sen...
We have developed low-temperature surface micromachining procedures for the fabrication of suspended...
The membrane deposition technology on silicon-based transducers constitutes the most delicate part o...
© 2019 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
Silicon membranes are widely used for sensor applications because of their mechanical and electrical...
In this work, a transverse porous silicon (PSi) membrane was fabricated for flow-through optical sen...
Many silicon microsensors are using a thin silicon membrane with integrated piezoresistors as sensin...
Macroporous silicon bio-chemical sensing devices have been developed, fabricated and tested. The por...
[[abstract]]This paper proposed a new direction for the miniaturization of silicon bulk-machined sen...
We report the fabrication of a 10 nm thick, self-supporting, single-crystal silicon membrane. The fa...
International audienceWe present a simple yet efficient technique to monitor membrane thickness duri...
The “textbook” phonon mean free path of heat carrying phonons in silicon at room temperature is ∼40 ...