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Graduate School of Engineering, Tokyo Metropolitan University, | 論文
- P2-20 Absolute Measurement of Surface Vibrational Distribution in Piezoelectric Devices Using Burst-Wave Driving(Poster session 2)
- Frequency-Temperature Behavior of Stepped Bi-Mesa-Shaped AT-Cut Quartz Resonators
- Visualization of Mode Patterns of Piezoelectric Resonators Using Correlation Filter
- Highly Stable and Low Phase-Noise Oven-Controlled Crystal Oscillators (OCXOS) Using Dual-Mode Excitation(Special Section on Analog Circuit Techniques and Related Topics)
- Visualization of mode shapes in unelectroded quartz crystal resonators using a microphone
- Optimum laser-incident angle for measuring in-plane mode shapes in piezoelectric resonators with polished-multilayered surfaces
- Two-Dimensional Analysis of Coupled Vibrations of UHF AT-Cut Quartz Plates with Electrodes of Plano-Mesa Shape
- Mode-Shape Visualization of High-Frequency Piezoelectric Devices Using Synchronized Laser System
- Relationship between Mass Loading and Frequency Temperature Characteristics of AT-Cut Quartz Resonators
- Two-Dimensional Analysis of Trapped-Energy Vibrations of AT-Cut Quartz Resonators with Large Mass-Loading
- Analysis of Frequency-Temperature Behavior of X-Cut LiTaO_3 Strip Resonators(General Physics)
- Multimode Quartz Crystal Microbalance
- Effect of Stepped Bi-Mesa Structures on Spurious Vibrations of AT-Cut Quartz Plates
- Detecting Spurious Modes in Quartz Plates by Measuring Surface Charges
- Visualization of Mode Shapes in Piezoelectric Resonators Using an Electrostatic Microphone
- Three-Dimensional Analysis of Coupled Vibrations of Rectangular AT-Cut Quartz Plates with Tab Electrodes
- Numerical Analysis of Three-Dimensional Coupled Vibrations of Rectangular AT-Cut Quartz Plates with X-Edge Regions of Heavy Viscosity
- Absolute Measurement of Surface Vibrational Distribution in Piezoelectric Devices Using Burst-Wave Driving
- Development of an Estimation Method for Damper Design in Static Elastography
- Measurement of In-plane Vibrational Patterns in Piezoelectric Devices Using Laser Speckle