A simple and versatile on-chip tensile testing method is proposed for the statistical evaluation of size effects on the mechanical strength of silicon thin films along with the simultaneous study of (from low to ultra) strain effects on the carrier transport. Mechanical results are presented on the fracture strength of micro-nano scale silicon beams, followed with a discussion on interface states and problems facing reliable nano-electronic and nano-electromechanical characterization
A fabrication process to characterize single crystalline silicon microbeams under uniaxial tensile s...
The measurement of the mechanical properties of submicron sized specimens is extremely challenging d...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...
A simple and versatile on-chip tensile testing method is proposed for the statistical evaluation of ...
A simple and versatile on-chip tensile testing method is proposed for the statistical evaluation of ...
Nanomechanical testing of silicon is primarily motivated toward characterizing scale effects on the ...
Recent enhancements of a versatile on-chip MEMS-based method dedicated to the deformation and fractu...
A novel, versatile concept of micromachines has been developed to measure the mechanical response of...
The characterization and understanding of the mechanical response of freestanding nano-objects are o...
The characterization and understanding of mechanical properties of nano-objects in the form of thin ...
The measurement of the mechanical properties of materials with submicrometer dimensions is extremely...
International audienceThe measurement of the mechanical properties of materials with submicrometer d...
Robust design of micro-and nano-systems requires proper knowledge of the mechanical properties of th...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...
A fabrication process to characterize single crystalline silicon microbeams under uniaxial tensile s...
The measurement of the mechanical properties of submicron sized specimens is extremely challenging d...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...
A simple and versatile on-chip tensile testing method is proposed for the statistical evaluation of ...
A simple and versatile on-chip tensile testing method is proposed for the statistical evaluation of ...
Nanomechanical testing of silicon is primarily motivated toward characterizing scale effects on the ...
Recent enhancements of a versatile on-chip MEMS-based method dedicated to the deformation and fractu...
A novel, versatile concept of micromachines has been developed to measure the mechanical response of...
The characterization and understanding of the mechanical response of freestanding nano-objects are o...
The characterization and understanding of mechanical properties of nano-objects in the form of thin ...
The measurement of the mechanical properties of materials with submicrometer dimensions is extremely...
International audienceThe measurement of the mechanical properties of materials with submicrometer d...
Robust design of micro-and nano-systems requires proper knowledge of the mechanical properties of th...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...
A fabrication process to characterize single crystalline silicon microbeams under uniaxial tensile s...
The measurement of the mechanical properties of submicron sized specimens is extremely challenging d...
Mechanical properties of micro/nanoscale structures are needed to design reliable micro/nanoelectrom...