スポンサーリンク
Faculty of Engineering, Doshisha University, Kyotanabe, Kyoto 610-0321, Japan | 論文
- A Study on Cleaning Ability of Oscillating Bubbles Driven by Low-Frequency Ultrasound
- Applying Sub-Loop Tube to Control the Sound Field in a Loop-Tube-Type Thermoacoustic System
- Blood Flow Measurement by the Counter-Crossed Beam Contrast Echo Method
- Ultrasonic Wave Properties in Bone Axis Direction of Bovine Cortical Bone
- Measurement of the resonant characteristics of a single bubble vibration by using a laser Doppler vibrometer (Special issue: Ultrasonic electronics)
- Relation between Acoustic Impedance and Sound Intensity Amplification in a Stack of Standing-Wave Thermoacoustic Prime Mover (Special Issue : Ultrasonic Electronics)
- Measurement of Wave Velocity in Bovine Bone Tissue by Micro-Brillouin Scattering
- Miniaturization of Thermoacoustic Cooling System Considering Energy Conversion Efficiency Estimated Using Specific Parameter
- How to Design a Thermoacoustic System Considering the Relaxation Time $\tau$: Introduction of Parameter $\omega\tau$ to Determine the Position of Stack
- Energy Conversion from Sound to Heat Using Lamination Mesh on the Thermoacoustic System
- Analyses of Characteristics of Semi-intermodulated Imaging Based on Multi-Bifrequency Approximation
- Applying Diverging Tube for the Low-Temperature Drive in a Loop-Tube-Type Thermoacoustic System
- Optical and Acoustic Observations of Bubble Adhered to Piezoelectric Transducer under Ultrasound Field: Pressure Signal Caused by Bubble Behavior
- Effects of Collapsing Bubble in Ultrasonic Field on Soft Material
- Study on Thermoacoustic Cooling System Using a Resonance Tube to Induce One-Wavelength Mode Resonance
- Effect of Inner Diameter Change of Phase Adjuster on Heat-to-Sound Energy Conversion Efficiency in Loop-Tube-Type Thermoacoustic Prime Mover
- A New Contrast Echo Imaging Method Using Crossed Beams of Two Ultrasonic Frequencies
- Effects of Sputtering Gas Conditions on Formation of ($11\bar{2}0$) Textured ZnO Films
- Effect of Copper Mesh at Interface between Stack and Heat Source in Thermoacoustic Cooling System
- Heat Pump Placed in the Resonance Tube Connected to the Loop-Tube-Type Thermoacoustic Cooling System Improves the Cooling Effect