신소재공학과

Research Highlight

No. Subject Author Date Views
Notice Highly Uniform and Low Hysteresis Pressure Sensor to Increase Practical Applicability ADMINI 2019.08.20 282
Notice High-Performance Sodium Ion Batteries Using Copper Sulfide ADMINI 2019.07.15 551
Notice Real-Time Analysis of MOF Adsorption Behavior ADMINI 2019.06.21 1295
Notice Unravelling Inherent Electrocatalysis to Improve the Performance of Hydrogen Fuel Cells ADMINI 2019.03.28 646
Notice KAIST Top 10 Research Achievements of 2018 - Prof. Byong-Guk Park ADMINI 2019.02.01 1150
Notice Stretchable Multi-functional Fiber for Energy Harvesting and Strain Sensing ADMINI 2019.02.01 1139
52 Fabrication of Shape-conformable Batteries Based on 3D-printing Technology file ADMINI 2019.01.04 1176
51 New Anisotropic Conductive Film for Ultra-Fine Pitch Assembly Applications file ADMINI 2018.11.30 1071
50 KAIST Introduces Faster and More Powerful Aqueous Hybrid Capacitor file ADMINI 2018.11.13 933
49 Crystal size of organic semiconductors can be controlled using inorganic polymer micropillar-based solution shearing system file ADMINI 2018.11.06 1146
48 Mussel-Inspired Defect Engineering Enhances the Mechanical Strength of Graphene Fibers file ADMINI 2018.11.06 773
47 Flexible Piezoelectric Acoustic Sensors for Speaker Recognition ADMINI 2018.10.04 707
46 Spray Coated Tactile Sensor on a 3-D Surface for Robotic Skin ADMINI 2018.10.04 679
45 Levitating 2D Semiconductor for Better Performance ADMINI 2018.08.29 775
44 Flexible Drug Delivery Microdevice to Advance Precision Medicine ADMINI 2018.08.14 809
43 A New Efficient Oxide Coating Technology to Improve Fuel Cells ADMINI 2018.08.03 928
42 A High-Performance and Cost Effective Hydrogen Sensor ADMINI 2018.08.03 754
41 KAIST Team Develops Flexible Blue Vertical Micro LEDs ADMINI 2018.06.26 1418
40 Platinum Catalyst Has Price Lowed and Durability Doubled ADMINI 2018.06.26 1200
39 Capillary Forces at Work for Lithium-Sulfur Batteries ADMINI 2018.06.26 1001
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