Non-Contact Simultaneous Measurement of Thickness and Acoustic Properties of a Biological Tissue Using Focused Wave in a Scanning Acoustic Microscope : Medical Ultrasonics and Ultrasonic Measurements

スポンサーリンク

概要

• 論文の詳細を見る
• 社団法人応用物理学会の論文
• 1987-08-07

著者

• KUSHIBIKI Jun-ichi

  Department of Electrical Engineering, Tohoku University

• TANAKA Motonao

  Reseach Institute of Chest Deseases and Cancer, Tohoku University

• Chubachi Noriyoshi

  Tohoku Gakuin Univ.

• Ohkawai Hiroaki

  Research Institute For Chest Diseases And Cancer Tohoku University:medical Engineering Laboratory Se

• Chubachi N

  Faculty Of Engineering Tohoku Gakuin University

• Chubachi Noriyoshi

  Deparment Of Electrical Engineering Faculty Of Engineering Tohoku University

• Tanaka M

  Tohokku Welfare Pension Hospital

• Kushibiki Jun-ichi

  Deparment Of Electrical Engineering Faculty Of Engineering Tohoku University

• OKAWAI Hiroaki

  Research Institute for Chest Diseases and Cancer, Tohoku University

• Kushibiki J

  Department Of Electrical Engineering Tohoku University

関連論文

• Ultrasonic Microspectroscopy Characterization of AIN Single Crystals
• A Noncontact Thickness Measurement of Thin Samples Using 40 kHz Ultrasonic Wave
• A technique of measuring relative sound velocity changes using a frequency variable type ultrasonic correlation system
• Measurement of Ultrasonic Velocity in Liquid Using a Modified Ultrasonic Correlation System Under Low S/N Condition : Acoustical Measurements and Instrumentation
• Velocity Measurement in Liquids by using Reflection Type Ultrasonic Correlator via Wave number Analysis in MHz Range : Physical Acoustics
• Homogeneous TiO_2-SiO_2 Ultralow-Expansion Glass for Extreme Ultraviolet Lithography Evaluated by the Line-Focus-Beam Ultrasonic Material Characterization System
• Evaluation of Ultrasonic Attenuastion of Scattering Medium with Its Tomogram : Acoustical Measurements and Instrumentation
• P2-C-8 Control of Acoustic Fields Using Acoustic Convex Lens
• P2-23 Beam Width Controllable Ultrasonic Transducer Array
• In vivo Measurement Method for Nonlinearity Parameters Using Single Ultrasonic Transducer (Short Note)
• P2-14 In vivo Measurement Method of Nonlinearity Parameter Using Single Ultrasonic Transducer
• Measurement and Analysis of Vibrations on Surface of Phantom Induced by Piezoelectric Extracorporeal Shock Wave Lithotripter
• Power Difference in Spectrum of Sound Radiation before and after Break of Phantom by Piezoelectric Extracorporeal Shock Wave Lithotriptor
• Evaluation of Piezoelectric Ceramic Substrates for Ultrasonic Bulk Wave Filters and Resonators Using Pulse Interference Method
• High-Resolution Determination of Transit Time of Ultrasound in a Thin Layer in Pulse-Echo Method
• A new method to measure bone properties by means of leaky surface acoustic waves
• Homogeneity Evaluation of LiNbO_3 and LiTaO_3 Single Crystals for Determining Acoustical Physical Constants
• Transmission Line Model Equivalent Circuit for Piezoelectric Transducers Including the Effect of Electrical Terminal Impedance
• A Basic Study on Nondestructive Evaluation of Potatoes Using Ultrasound : Acoustical Measurements and Instrumentation
• Chemical Isotropic Etching of Single-Crystal Silicon for Acoustic Lens of Scanning Acoustic Microscope
• Mechanically Scanned Acoustic Microscope
• A Super-Precise CTE Evaluation Method for Ultra-Low-Expansion Glasses Using the LFB Ultrasonic Material Characterization System
• A Promising Evaluation Method of Ultra-Low-Expansion Glasses for the Extreme Ultra-Violet Lithography System by the Line-Focus-Beam Ultrasonic Material Characterization System
• F-2 A Super-Precision Evaluation Method of CTE for Ultra-Low Expansion Glasses Using the LFB Ultrasonic Material Characterization System(Measurement techniques, Imaging, Nondestructive testing)
• Off-Centric Concave Transducer for Acoustic Microscopy : Ultrasonic Microscopy and Nondestructive Testing
• Scanning Nonlinear Dielectric Microscope with Submicron Resolution
• Accuracy Evaluation in the Measurement of a Small Change in the Thickness of Arterial Walls and the Measurement of Elasticity of the Human Carotid Artery
• Dependence of Elastic Modulus on Inner Pressure of Tube Wall Estimated from Measured Pulse Wave Velocity
• A Super-Precise CTE Evaluation Method for Ultra-Low-Expansion Glasses Using the LFB Ultrasonic Material Characterization System
• Development of a Micro Line-Focus-Beam Ultrasonic Device
• A Promising Method of Evaluating ZnO Single Crystals Using the Line-Focus-Beam Ultrasonic Material-Characterization System
• Precise Velocity Measurements for Thin Specimens by Line-Focus-Beam Acoustic Microscopy
• A method of deducing flow vactor from Doppler information
• Simultaneous Measurement of Vibrations on Arterial Wall Upstream and Downstream of Arteriostenosis Lesion and Their Analysis
• Non-Contact Simultaneous Measurement of Thickness and Acoustic Properties of a Biological Tissue Using Focused Wave in a Scanning Acoustic Microscope : Medical Ultrasonics and Ultrasonic Measurements
• Propagation Properties of Ultrasound in Acoustic Microscopy through a Double-Layered Specimen Consisting of Thin Biological Tissue and Its Holder : Ultrasonic Imaging and Microscopy
• A Remote Measurement Method of Acoustic Velocity in Liquids by a Pair of Leaky Rayleigh Waveguides : Acoustical Measurements and Instrumentation
• Scanning Acoustic Microscope Employing Concave Ultrasonic Transducers : Physical Acoustics I
• Ultrasonic Microspectroscopy Measurement of Fictive Temperature for Synthetic Silica Glass
• A New Ultrasonic Amplifier Device of CdS Crystal with Integrated Diffusion-Layer Transducers
• Theoretical and Experimental Considerations on Line-Focus-Beam Acoustic Microscopy for Thin Specimens
• Measurements of Acoustic Properties of Teeth by Impulsive-Wave Acoustic Microscope System : Medical Ultrasonics
• Characterization of Domain-Inverted Layers in LiTaO_3 by Line-Focus-Beam Acoustic Microscopy
• Line-Focus-Beam Acoustic Microscopy Detection of Variations of Growing Conditions of LiTaO_3 Crystals
• Correction of Velocity Profiles on Thin Specimens Measured by Line-Focus-Beam Acoustic Microscopy
• In Vivo Measurement of Small Velocity Signals and Change in Thickness of the Heart Walls
• Ultrasonic Micro-Spectroscopy of Synthetic Sapphire Crystals
• A Method for Measurement of Sound Speed in Biological Tissues without Deformation : Medical Ultrasonics
• Experimental Study for Evaluating Striae Structure of TiO2–SiO2 Glasses Using the Line-Focus-Beam Ultrasonic Material Characterization System
• Super-Accurate Velocity Measurement for Evaluating TiO2–SiO2 Ultra-Low-Expansion Glass Using the Line-Focus-Beam Ultrasonic Material Characterization System
• Improvement of Velocity Measurement Accuracy of Leaky Surface Acoustic Waves for Materials with Highly Attenuated Waveform of the $\mathrm{V}(z)$ curve by the Line-Focus-Beam Ultrasonic Material Characterization System
• Piezoelectric Properties of Ca3NbGa3Si2O14 Single Crystal
• Ultrasonic Microspectroscopy of ZnO Single Crystals Grown by the Hydrothermal Method
• Accurate Calibration Line for Super-Precise Coefficient of Thermal Expansion Evaluation Technology of TiO2-Doped SiO2 Ultra-Low-Expansion Glass Using the Line-Focus-Beam Ultrasonic Material Characterization System
• A Promising Evaluation Method of Ultra-Low-Expansion Glasses for the Extreme Ultra-Violet Lithography System by the Line-Focus-Beam Ultrasonic Material Characterization System
• Accurate Velocity Measurement of Periodic Striae of TiO2–SiO2 Glasses by the Line-Focus-Beam Ultrasonic Material-Characterization System

もっと見る 閉じる

スポンサーリンク