Micro Wishbone Interferometer for Miniature FTIR Spectrometer
スポンサーリンク
概要
- 論文の詳細を見る
- 2010-07-01
著者
-
Esashi Masayoshi
The World Premier International Research Center Initiative for Atom Molecule Materials, Tohoku Unive
-
Lee Young-min
Graduate School of Engineering, Tohoku University
-
Toda Masaya
Graduate School of Engineering, Tohoku University
-
Ono Takahito
Graduate School of Engineering, Tohoku University
-
Esashi Masayoshi
The World Premier International Res. Center Initiative For Atom Molecule Materials Tohoku Univ.
-
Esashi Masayoshi
The World Premier International Research Center Advanced Institute For Materials Research Tohoku Uni
-
Toda Masaya
Graduate School Of Engineering Tohoku University
-
Ono Takahito
Graduate School Of Eng. Tohoku University
-
Lee Young-min
Graduate School Of Engineering Tohoku University
-
Toda Masaya
Graduate School Of Engineering Tohoku Univ.
関連論文
- A high-resolution endoscope of small diameter using electromagnetically vibration of single fiber (特集 医療用MEMSデバイス)
- Electrostatically Switchable Microprobe for Mass-Analysis Scanning Force Microscopy
- Micro Wishbone Interferometer for Miniature FTIR Spectrometer
- Magnetic Torque Driving 2D Micro Scanner with a Non-Resonant Large Scan Angle
- Electrostatically Switchable Microprobe for Mass-Analysis Scanning Force Microscopy
- Bach Fabrication of Microlens at the end of Optical Fiber using Self-photolithgraphy and Etching Techniques
- Magnetic Torque Driving 2D Micro Scanner with a Non-Resonant Large Scan Angle
- Sputter Deposited Zinc Oxide Photoconductive Antenna on Silicon Substrate for Sub-Terahertz Time-Domain Spectroscopy
- Micromachined Optical Near-Field Bow-Tie Antenna Probe with Integrated Electrostatic Actuator
- Debris-Free Laser-Assisted Low-Stress Dicing for Multi-Layered MEMS : Separation Method of Glass Layer
- Piezoelectric Resonator for Intravascular Ultrasonic Elastography
- Micro Wishbone Interferometer for Miniature FTIR Spectrometer
- Noise-Enhanced Sensing of Light and Magnetic Force Based on a Nonlinear Silicon Microresonator
- Micro-Nano Electro Mechanical Systems
- Micro Industry Equipments(Micro Mechanical Engineering)
- A24-041 MICRO INDUSTRY EQUIPMENTS
- 504 Crystallographic orientations and thermal treatments influences on nanomechanics of ultra-thin single crystal silicon (SCS) resonators for ultimate sensing
- Debris-free Low-stress High-speed Laser-assisted Dicing for Multi-layered MEMS
- Debris-Free High-Speed Laser-Assisted Low-Stress Dicing for Multi-Layered MEMS
- Nanomechanical Structure with Integrated Carbon Nanotube
- Pattern Transfer of Self-Ordered Structure with Diamond Mold
- Mechanical Energy Dissipation of Multiwalled Carbon Nanotube in Ultrahigh Vacuum
- Microassembly of PZT Actuators into Silicon Microstructures
- Synchronized mechanical elements for resonance sensing application
- Fabrication of Anti-Corrosive Capacitive Vacuum Sensors with a Silicon Carbide/Polysilicon Bi-Layer Diaphragm and Electrical Through-Hole Connections on the Opposite Side
- OS6(3)-11(OS06W0429) Micro-Nano Electromechanical Systems by Silicon Bulk-Micromachining
- Resonant Silicon Mass Sensor with Capacitive Readout
- Pattern Transfer of Self-Ordered Structure with Diamond Mold
- Position-Controlled Vertical Growths of Individual Carbon Nanotubes Using a Cage-Shaped Protein
- Novel Design for Optical Scanner with Piezoelectric Film Deposited by Metal Organic Chemical Vapor Deposition
- Bimorph cantilevers actuated by focused laser from the side
- Nanomechanical Structure with Integrated Carbon Nanotube
- Bimorph Cantilevers Actuated by Focused Laser from the Side
- Design Issues for Piezoresistive Nanocantilever Sensors with Non-uniform Nanoscale Doping Profiles
- Modeling and Experimental Analysis on the Nonlinearity of Single Crystal Silicon Cantilevered Microstructures
- Fabrication of Einzel Lens Array with One-Mask Reactive Ion Etching Process for Electron Micro-Optics
- Fabrication of a Si-PZT Hybrid XY-Microstage with CNT-Carbon Hinges
- High-Density Ferroelectric Recording Using Diamond Probe by Scanning Nonlinear Dielectric Microscopy
- Effective Young's Modulus Measurement of Thin Film Using Micromechanical Cantilever Sensors
- Effective Young's Modulus Measurement of Thin Film Using Micromechanical Cantilever Sensors (SELECTED TOPICS IN APPLIED PHYSICS : Nano Electronics and Devices : Characterization and Control of Nano Surfaces and Interfaces)