Wafer scale nanostencil lithography is used to define 200 nm scale mechanically resonating silicon cantilevers monolithically integrated into CMOS circuits. We demonstrate the simultaneous patterning of ~2000 nanodevices by post-processing standard CMOS wafers using one single metal evaporation, pattern transfer to silicon and subsequent etch of the sacrificial layer. Resonance frequencies around 1.5 MHz were measured in air and vacuum and tuned by applying dc voltages of 10V and 1V respectively
Stencil lithography is used for patterning and connecting nanostructures with metallic microelectrod...
A tool and method for flexible and rapid surface patterning technique beyond lithography based on hi...
Stencil lithography is a surface patterning technique that relies on the local deposition of materia...
This thesis has been a co-direction between Dr. F. Pérez-Murano from CNM-CSIC, Barcelona (Spain) and...
We present nanostencil lithography as a new and parallel nanopatterning technique for batch fabricat...
The endeavour to develop nanodevices demands for patterning methods in the nanoscale. To bring nanod...
The challenge of wafer-scale integration of silicon nanowires into microsystems is addressed by deve...
Cette thèse a fait l objet d une co-tutelle entre le Dr. F. Pérez-Murano du CNM-CSIC de Barcelone (E...
International audienceThe paper reports on in-plane nanometer scale resonators fabricated on 8 inch ...
Stencil lithography is an innovative method for patterning that has a great flexibility from many po...
A top-down clamped-clamped beam integrated in a CMOS technology with a cross section of 500 nm × 280...
The development of nanodevices demands for patterning methods in the nanoscale. To bring nanodevices...
The paper presents details of the fabricating technology of nanoscale mechanical resonators based on...
We describe a combination of 100-mm wafer scale deep-ultraviolet (DUV) exposure and a microelectrome...
The increasing difficulty in the scaling of Complementary Metal Oxide Semiconductor (CMOS) devices h...
Stencil lithography is used for patterning and connecting nanostructures with metallic microelectrod...
A tool and method for flexible and rapid surface patterning technique beyond lithography based on hi...
Stencil lithography is a surface patterning technique that relies on the local deposition of materia...
This thesis has been a co-direction between Dr. F. Pérez-Murano from CNM-CSIC, Barcelona (Spain) and...
We present nanostencil lithography as a new and parallel nanopatterning technique for batch fabricat...
The endeavour to develop nanodevices demands for patterning methods in the nanoscale. To bring nanod...
The challenge of wafer-scale integration of silicon nanowires into microsystems is addressed by deve...
Cette thèse a fait l objet d une co-tutelle entre le Dr. F. Pérez-Murano du CNM-CSIC de Barcelone (E...
International audienceThe paper reports on in-plane nanometer scale resonators fabricated on 8 inch ...
Stencil lithography is an innovative method for patterning that has a great flexibility from many po...
A top-down clamped-clamped beam integrated in a CMOS technology with a cross section of 500 nm × 280...
The development of nanodevices demands for patterning methods in the nanoscale. To bring nanodevices...
The paper presents details of the fabricating technology of nanoscale mechanical resonators based on...
We describe a combination of 100-mm wafer scale deep-ultraviolet (DUV) exposure and a microelectrome...
The increasing difficulty in the scaling of Complementary Metal Oxide Semiconductor (CMOS) devices h...
Stencil lithography is used for patterning and connecting nanostructures with metallic microelectrod...
A tool and method for flexible and rapid surface patterning technique beyond lithography based on hi...
Stencil lithography is a surface patterning technique that relies on the local deposition of materia...