Using surface micromachined samples, we demonstrate the accurate measurement of cantilever beam adhesion by using test structures which are adhered over long attachment lengths. We show that this configuration has a deep energy well, such that a fracture equilibrium is easily reached. When compared to the commonly used method of determining the shortest attached beam, the present method is much less sensitive to variations in surface topography or to details of capillary drying
Surfaces tend to be made smoother in order to gain flatness or in order to fulfill the need for more...
[[abstract]]This research presents a new and noncontact method to measure the adhesion strength betw...
peer reviewedThis paper reports an experimental and theoretical investigation of a cantilever beam i...
A new method to measure the tensile adhesion of thin film was proposed. A single cantilever beam met...
Dispersion forces start to play an important role when the bodies are separated by the distances sma...
Dispersion forces start to play an important role when the bodies are separated by the distances sma...
7siSingle-cell adhesion measured with atomic force microscopy (AFM) offers outstanding time and forc...
The double cantilever beam specimen is currently standardized for measuring the mode I fracture ener...
Although stiction is a cumbersome problem for microsystems, it stimulates investigations of surface ...
The authors have developed a new experimental approach for measuring hysteresis in the adhesion betw...
Abstract: We present a novel test method to determine the adhesion energy of various MEMS surfaces i...
Cantilever beams, both microscopic and macroscopic, are used as sensors in a great variety of applic...
We report a novel, practical technique for the concerted, simultaneous determination of both the adh...
The authors characterize in-situ the adhesion of surface micromachined polysilicon beams subject to ...
The adhesion force between a surface and the tip of an atomic force microscope cantilever has been d...
Surfaces tend to be made smoother in order to gain flatness or in order to fulfill the need for more...
[[abstract]]This research presents a new and noncontact method to measure the adhesion strength betw...
peer reviewedThis paper reports an experimental and theoretical investigation of a cantilever beam i...
A new method to measure the tensile adhesion of thin film was proposed. A single cantilever beam met...
Dispersion forces start to play an important role when the bodies are separated by the distances sma...
Dispersion forces start to play an important role when the bodies are separated by the distances sma...
7siSingle-cell adhesion measured with atomic force microscopy (AFM) offers outstanding time and forc...
The double cantilever beam specimen is currently standardized for measuring the mode I fracture ener...
Although stiction is a cumbersome problem for microsystems, it stimulates investigations of surface ...
The authors have developed a new experimental approach for measuring hysteresis in the adhesion betw...
Abstract: We present a novel test method to determine the adhesion energy of various MEMS surfaces i...
Cantilever beams, both microscopic and macroscopic, are used as sensors in a great variety of applic...
We report a novel, practical technique for the concerted, simultaneous determination of both the adh...
The authors characterize in-situ the adhesion of surface micromachined polysilicon beams subject to ...
The adhesion force between a surface and the tip of an atomic force microscope cantilever has been d...
Surfaces tend to be made smoother in order to gain flatness or in order to fulfill the need for more...
[[abstract]]This research presents a new and noncontact method to measure the adhesion strength betw...
peer reviewedThis paper reports an experimental and theoretical investigation of a cantilever beam i...