Linked from

The 16 pages that link to MEMS, each with the reason it gives.

• PhotolithographyRelated: Lithographic patterns define their small structures and layers.

• AccelerometerNarrower topic: It enables compact accelerometers with micromachined proof masses and integrated electronics.

• Casimir effectNarrower topic: Casimir attraction can pull close components together and contribute to stiction.

• Semiconductor fabricationRelated: Some wafer processes create movable structures alongside electronic circuitry.

• Inertial measurement unitNarrower topic: Many compact IMUs use MEMS accelerometers and gyroscopes.

• Water striderRelated: Strider-inspired locomotion offers ideas for moving tiny machines across liquid interfaces.

• Xenon difluorideRelated: XeF₂ etching can undercut silicon and free suspended MEMS components.

• Hendrik CasimirRelated: At nanometer separations, Casimir forces can affect the motion and reliability of tiny mechanical components.

• Silicon waferRelated: Wafer processes form the tiny moving structures and circuits used in MEMS.

• Göta CanalBroader topic: It marks the canal’s eastern terminus.

• MechatronicsBroader topic: MEMS bring mechanical sensing and actuation into compact electronic products.

• MicroelectronicsRelated: MEMS extend microelectronic fabrication into sensors and actuators with moving parts.

• TiltmeterNarrower topic: MEMS accelerometers provide compact sensing elements in modern tilt instruments.

• MicromachineryNarrower topic: Micromachinery often uses the integrated structures and fabrication methods associated with this broader device class.

• Micromechanical and nanomechanical oscillatorsNarrower topic: Many practical micromechanical oscillators are resonant components within these systems.

• Nanoelectromechanical systemsNarrower topic: NEMS developed from the miniaturization trajectory established by MEMS research and manufacturing.