| Paper no.(日) | Paper title |
0110 | Metal Organic Framework (MOF) enhances the performance of PEDOT modified electrode in electrochemical detection of synthetic azo dye |
0113 | Aptamer Structural Analysis by the High-Resolution Melting Method: Application to Cardiac Troponin I Aptamers |
0114 | Voltammetric Determination of Vanillin with a Nano-CuHCF/PEDOT Composite Electrode |
0116 | Development of Multi-well Microchip for Rapid Antimicrobial Susceptibility Testing based on Diffusometry |
0117 | Design and Produce of Stretchable and Self-healing Flexible Electronic Materials |
0118 | An Integrated EGFET Chip for Multi-Ion Detection |
0119 | Hystersis Loop Non-Linear Effect of Stretchable and Bending PZT Flexible Sensor |
0121 | Simulation and experimental verification of ultrasonic speaker with Helmholtz resonating chamber |
0124 | Characteristics of silicon nanobelt sensors for humidity and low-concentration hydrogen breath detection |
0126 | Continuous monitoring of exosomes from cancer cell lines by automatic imaging surface plasmon resonance |
0128 | A Flexible and Label-Free Impedimetric Aptasensor based on Vertically Aligned SnS2 Nanostructures |
0131 | A Wireless Seed Germination Monitoring System |
0133 | An Eco-friendly, Flexible, and Self-Actuated Sensor Based on Lead-Free Perovskite |
0135 | Sulphide-functionalized ITO for electrochemical catalysis and analysis of methylene blue towards homogeneous SNP detection |
0138 | High- detectivity near-infrared photodetector controlled by morphology |
0139 | Zeolitic Imidazolate Framework Composites for Hydrogen Gas Sensing |
0140 | High SNR of multiple labelled magnetic beads manipulation by ODEP for fluorescence-based sensing |
0142 | The NH3 and NO2 gas selectivity of MoSe2 Synthesized by Plasma-Assisted Chemical Vapor Reaction Process |
0143 | Electromagnetic Targeting Method Utilizing Microscale Magnetic Thin-Film Electroplated Interlocking-Nail During Long-Bone Nail-Surgery |
0144 | Detecting Embedded Lumps using Robotic Palpation with a 3D Printed Soft Finger and Flex Sensor |
0145 | Electrode Fault Identification and Compensation Strategy for The Portable Electrical Impedance Tomography System |
0150 | Light driven actuator based on Graphene Oxide/PVDF-HFP double layer film |
0151 | Enhancement of PVDF-HFP nanofiber performance by adding Eu2O3 doped BaTiO3 nanoparticles for triboelectric nanogenerator applications |
0152 | Monolithic Paper-Based Devices for Highly Sensitive Biomedical Detection |
0153 | Palladium-Platinum Bimetallic Nanomaterials and Their Application in Biomedical Detection on Paper-Based Devices |
0154 | Digital Microfluidics Powered by Contact-Separation Triboelectric Nanogenerator |
0155 | CMOS-MEMS CAPACITIVE RESONATOR WITH EXCELLENT ELECTROMECHANICAL COUPLING STRENGTH |
0156 | A microfluidic chip integrating impedimetric detection and dielectrophoresis concentration for rapid detection of Salmonella |
0157 | 3D Printing Wearable Device with Embedded Strain Gauge |
0158 | Utility of Concave Double-Walled AgAu and AgAuPd Nanocubes as a potential biosensing platform for cellular metabolites |
0159 | Enhancement of Au-based SERS substrate performance for bacterial detection |
0162 | Dissolved Oxygen-Sensing Chip for Estimation of Cellular Respiratory Activity |
0163 | Particle plasmon resonance based optofluidic biosensors for rapid and label free detection of IgG biomarker. |
0164 | An elastomeric membrane for alveolar-like breathing movements |
0165 | Development of Multi-well Microchip for Rapid Antimicrobial Susceptibility Testing based on Diffusometry |
0167 | An Epitope Orientation-Controlled Affinity Biosensor for Label-Free COVID-19 Antibody Detection |
0168 | OPTICAL BIOSENSORS WITH 2D PHOTONIC CRYSTAL |
0169 | Vortex Generation at the Interface of the Two-Phase Flow System |
0170 | Fabrication of Polycaprolactone (PCL) nanofiber for triboelectric nanogenerator |
0171 | The ability of angiogenesis in VEGF stimulation quantified by impedance microfluidic biochip in a 3D environment |
0172 | The ability of angiogenesis in VEGF stimulation quantified by impedance microfluidic biochip in a 3D environment |