ScholarWorks@Dongguk University: Jeong, Jong seob

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Jeong, Jong seob (정종섭)

College of Life Science and Biotechnology (Department of Biomedical Engineering)

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Tel 031-961-5152
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Ultrasonic imaging:5||Transducers:5||Acoustics:4||Imaging:3||Finite element analysis:3||Mesenchymal stem cells:2||optical flow:2||phase inversion technique:2||Ultrasound:2||Impedance:2||Dualconcentric transducer:2||Finite element analysis (FEA) simulation:2||finite element analysis (FEA) simulation:2||polarization inversion technique (PIT):2||tissue harmonic imaging (THI):2||Bandwidth:2||Apertures:2||Stroke model:2||Harmonic analysis:2||Dualconcentric aperture:1||Dualconcentricsectored transducer:1||FEA simulation:1||FEM Simulation:1||FEM 시뮬레이션:1||Frequency compound imaging (FCI):1||Frequency control:1||HIFU:1||High frequency applications:1||High frequency focused ultrasound:1||High frequency transducer:1||Highfrequency ultrasound image:1||Highfrequency ultrasound imaging:1||Highfrequency ultrasound transducer:1||IVUS:1||Intravascular ultrasound (IVUS) imaging:1||Ischemic mouse:1||KLM Simulation:1||KLM 시뮬레이션:1||LiNbO3:1||Lightweight:1||Linear Array Ultrasonic Transducer:1||Mathematical model:1||Microfluidic channel:1||Microfluidic channel device:1||Neural differentiation:1||Neurite elongation:1||Neuroblastoma:1||Neurogenesis:1||Neuronal maturation:1||Neuronal proteins:1||Nonlinear apodization:1||P(VDFTrFE) copolymer:1||P(VDFTrFE) film:1||Particle manipulation:1||Phase cancelation:1||Phaseapodization:1||Phaseshifted ultrasound:1||Polarization inversion technique (PIT):1||Presynaptic proteins:1||Propagation velocity:1||Pulse compression technique:1||Pyk2:1||Rabbit aorta:1||Rats:1||Repair of damaged tissues:1||Sensors:1||Sound:1||Sound waves:1||Spatial resolution:1||Synaptophysin:1||TVL1 minimization:1||Thermal expansion:1||Thermal strain imaging:1||Threedimensional displays:1||Transducer:1||Trap stiffness:1||Ultrasonic transducer:1||Ultrasound array transducer:1||Ultrasound based thermometry:1||Ultrasound transducer:1||Viscous drag force:1||Window function:1||Wires:1||acoustic radiation force:1||adaptive median filter:1||anisotropic diffusion filter:1||annular sector dipole:1||asymmetric electrode:1||beam profile:1||bilateral filter:1||broadband antennas:1||circular polarisation:1||combined stimulus:1||compound acoustic radiation force impulse imaging:1||contrast agents:1||depth of field:1||depthoffield:1||dipole antennas:1||displacement:1||dualelement transducer:1||dualfrequency ultrasound:1||eye phantom:1||finite element analysis (FEA):1||fixed median filter:1||hBMMSCs:1||heat transfer equation:1||high frequency ultrasound imaging:1||high intensity focused ultrasound:1||highfrequency ultrasound transducer:1||highintensity focused ultrasound (HIFU):1||human bone marrow mesenchymal stem cells:1||image decomposition:1||impulse noise:1||interdigital bonding process:1||interleaved array transducer:1||internal ocular structure:1||intraocular pressure:1||intravascular ultrasound (IVUS):1||intravascular ultrasound (IVUS) transducer:1||inversion layer:1||inversion layer technique:1||jitter:1||multifocal zone:1||multifrequency:1||multifrequency antennas:1||neural differentiation:1||phase inverted:1||phasecanceled backing layer:1||phaseinversion:1||phaseinverted ultrasound transducer:1||piezocomposite layer:1||planar antennas:1||polarization inversion technique:1||probability mass function:1||pulsed electromagnetic fields:1||semicircular disk radiator:1||shearing artifact:1||signaltonoise ratio:1||sound wave:1||splitfocused ultrasound:1||structuretexture decomposition (STD):1||stub loaded annular sector dipole:1||tissue harmonic imaging:1||tissuemimicking phantom:1||tonometry:1||transducer:1||ultrasound linear array transducer:1||ultrasound transducer:1||underestimation:1||wideband dual mode planar endfire antenna:1||선형배열 초음파 탐촉자:1||22 Composite:1||초음파:1||22복합체:1||Acoustic beams:1||Acoustic impedance:1||Acoustic radiation force impulse image:1||Acoustic radiation force impulse imaging:1||Acoustic trapping:1||Angledfocused transducer:1||Anisotropic diffusion filtering:1||Backing layer:1||Broad bandwidth:1||CREB:1||Calibration curve:1||Chebyshevwindowed chirp coded excitation:1||Chirp signal:1||Conductive backing layer:1||Contrast:1||Coronary stenosis evaluation:1||Depth of field:1||

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