PowerMEMS 2018

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Authors / Abstracts



Abstract Classification

PowerMEMS in Action

Abstract Guidelines

Selection Criteria

Sample Abstract

Sample Abstract


Topic areas

0. Focus sessions
  • 0.1 Multiferroic materials, devices and systems
  • 0.2 Energy for wearables/implantables
  • 0.3 Zero-power devices and systems
1. General
  • 1.1 Energy conversion physics
  • 1.2 Other related research
2. Materials for energy conversion
  • 2.1 Materials for energy conversion and storage
  • 2.2 Energetic nanomaterials
  • 2.3 Fabrication technology for power/energy systems
3. Mechanical energy harvesting and actuation
  • 3.1 Mechanical energy-harvesting
  • 3.1a Electromagnetic
  • 3.1b Piezoelectric
  • 3.1c Electrostatic
  • 3.1d Triboelectric
  • 3.1e Other
  • 3.2 Motors/generators, pumps and actuators
4. Thermal and chemical science and technologies for power, propulsion, and cooling
  • 4.1 Fluid, heat and mass transfer and chemical reactions in power/energy systems
  • 4.2 Fuel cells, reactors, and combustors
  • 4.3 Thermal management, thermal logic, and nanoscale thermal effects
  • 4.4 Heat engines, coolers, and heaters
  • 4.5 Thrusters and propulsion systems
5. Direct thermal energy-harvesting
  • 5.1 Thermoelectric energy-harvesting
  • 5.2 Pyroelectric energy-harvesting
  • 5.3 Other energy-harvesting
6. Electron, ion, photon and radiation energy conversion
  • 6.1 Electron, ion and photon sources
  • 6.2 Photovoltaic and thermal photovoltaic cells
  • 6.3 Radioactive energy sources
7.Biochemical and bio-inspired power/energy systems
  • 7.1 Biochemical and bio-inspired power/energy systems
8. Electrical energy harvesting, management, storage and transfer
  • 8.1 Batteries, super-capacitors, and chemical energy storage
  • 8.2 Power electronics and energy management circuits
  • 8.3 RF, inductive and acoustic power transfer
  • 8.4 Electromagnetic energy harvesting
9. Applications and Innovations in micro energy systems
  • 9.1 Power MEMS in Action - Demonstrations
  • 9.1a Applications
  • 9.1b Devices and systems
  • 9.1c Novel concepts and approaches
  • 9.2 Energy-autonomous wireless sensors for IoT
  • 9.3 Applications and market studies

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