KAIST MINT LAB
PUBLICATIONS
"산화루테늄 수화물 기반, 일산화탄소 기체에 대해 선택성을 가지는 상온구동 가스 센서"
한국생산제조학회, Jeju, Dec 2017
"High-speed and Selective CO Gas Sensor Based on Hydrous Ruthenium Oxide Film for Roomtemperature Operation"
한국센서학회, Daejeon, Nov 2017
"Optical Transmittance Variation Based Strain Sensor Using Carbon Nanotube Embedded Elastomer"
"Development of Temperature-Compensated Contact Resistance Based Pressure Sensor"
한국센서학회, Daejeon (Best Paper Award), Nov 2017
"Development of flexible foot insole for monitoring of foot pressure distribution using CNT-coated porous elastomer based pressure sensors"
한국 센서학회,, Daejeon (Best Paper Award), Nov 2017
"Bending and strain-insensitive force sensor for the wearable device applications"
"Development of flexible foot pad using carbon nanotube coated porous elastomer layer based flexible pressure sensor and flexible printed circuit board"
대한기계학회, Busan, May 2017
"Self-powered NO2 gas sensor using photovoltaic cell and color change of microstructured film(태양전지와 마이크로 구조물 필름의 색 변화를 이용한 자가 발전식 NO2 가스센서)"
대한기계학회, Busan, May2017
"Localized Synthesis Method for SnO2Nanotubes and Application on Low Power Gas Sensors"
한국세라믹학회, Gunsan, Apr2017
"Fabrication of low power metal oxide gas sensor array by using electrohydrodynamic printing of electrospun nanofibers"
한국세라믹학회, Gunsan, Apr 2017
"Palladium Nanowire Network via Nanosphere Lithography for Hydrogen Sensor Application"
NANO KOREA 2017, Ilsan, Jul 2017
"Palladium Decorated Porous Silicon Thin Film Transistor for An Ultra-Low Power Hydrogen Sensor at Room Temperature"
KMEMS 2017, Jeju, Mar 2017
"Direct Synthesis of SnO2 Nanotubes on Suspended Microheaters for Low Power Gas Sensors"
"Solar Cell Integrated Flexible Optical Pressure Sensor Based on Porous Elastomer Film Towards Self-Powered Sensing Platform (자가발전형 감지 플랫폼을 위한 태양전지가 집적된 다공성 탄성체 필름 기반 광학식 유연 압력센서)"
KMEMS 2017, Jeju (Best Paper Award), Mar 2017
"Fabrication of Ultra-Thin and Flexible Capacitive Type Pressure Sensor (초박형 정전 용량 기반 유연 압력 센서 제작)"
"3D-PRINTED CAPACITIVE SENSOR FOR MULTIDIRECTIONAL FORCE SENSING"
"Development of flexible multi-modal physical/chemical sensors towards accurate biopsy process"
The Korean Sensors Society Conference 2016, Daegu (Best Paper Award), Nov 2016
"Direct Synthesis of SnO2 Nanotubes on Microheatersfor Low Power Gas Sensors"
The Korean Sensors Society Conference 2016, Daegu, Nov 2016
"3D-Printed Capacitive Tactile Sensor with a Passive Shielding(3D 프린트를 이용한 차폐된 정전용량식 촉각 센서)"
"탄소나노튜브가 코팅된 다공성 탄성중합체 기반의 유연압력센서를 이용한 발바닥 압력 분포 측정 패드 디자인 (Design of foot insole for measurement of foot pressure distribution using CNT-coated porous elastomer based flexible pressure sensor )"
한국정밀공학회 2016, Yeosu, Oct 2016
"Self Assembly of Polystyrene Nanospheres for Sub-50nm Honeycomb Silicon Nanowire Network Transistor Fabrication"
"성능향상 및 성분 분리가 가능한 표면 마이크로 구조 기반의 유연인장센서의 개발 (Development of micro-structured stretchable strain sensor for sensitivity enhancement and strain decoupling)"
"Development of Tissue Analysis Biopsy Needle Based on Glucose and pH Level Measurement"
KBCS 2016, Seoul, May 2016
"Carbon nanotube-coated porous elastomer based flexible pressure sensor and development of flexible piano pad"
KMEMS 2016, Jeju, Apr 2016
"Structure Design and Simulation for Multi-directional Stretchable Strain Sensor"
"Design of PolySilicon Micro-heater for Gas Sensing Device Application"
"Development of Electrical Impedance Sensor Integrated Biopsy Needle based on Polyimide Sensor Film(폴리이미드 센서 필름 기반 임피던스 분석 생검 바늘의 개발)"
"Carbon nanotube-coated elastomer sponge based flexible piezoresistive pressure sensor and application to flexible piano pad"
The Korean Sensors Society Conference 2015(한국센서학회), Pohang, Nov 2015
"Flexible piezocapacitive force sensor based on sponge-like elastomer(스폰지 탄성중합체 기반의 유연 정전용량식 힘 센서)"
The Korean Sensors Society Conference 2015(한국센서학회), Pohang (Best Paper Award), Nov 2015
"Design of Silicon Micro-heater based on SOI wafer for gas sensing device application(SOI 웨이퍼에 기반한 가스 센서용 실리콘 마이크로 히터 설계)"
The Korean Society of Mechanical Engineer Conference(대한기계학회 추계학술대회), Jeju Island, Nov 2015
