- Hello. Welcome and thank you for visiting the Nano Electronics Laboratory.
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The Nano Electronics Laboratory, under the supervision of professor Kang Joon-hee, has continuously developed the research on superconductor technology as well as PLD (Pulse Laser Deposition) Technique and RFID/USN (Wireless Information Technology) that form the foundation of semi-conductor technology. At present, the lab members are researching on developing communications components and sensors nm in size that are based on the MEMS (Microelectromechanical System) through exchanges and cooperation with the RFID/USN Center affiliated with the Ministry of Knowledge . Also, research and development of technology are conducted through academic-industrial cooperation (or industry, academic, research), founded upon the support of small and middle business located in Incheon. Achievements and results of the researches are continuously submitted and reported to the Korean Sensors Society and the Korean Society for GeoSpatial Information System. The laboratory contributes to improve information exchange and technology by forming a community through the website.
Address : Room 227 Faculty of Natural Sciences, UniversityofIncheon 12-1 Songdo-dong, Yeonsu-gu, Incheon
Professor Profile
- Name : Kang Joon-hee
- Specialization : SolidState PhysicsLaboratory, ElectronPhysics, Superconducting ElectronicDevices
- Courses Taught : Electromagnetics, Electron Physics
- Education :
- Seoul NationalUniversity (BSc)
- Korea Academy of Science (MSc)
- Univ. of Minnesota (Ph.D in Science)
- Experience :
- 1994~PresentUniversity of Incheon: Assistant Professor, Associate Professor, Professor
- Samsung Advanced InstituteofTechnology,HypresResearchTeam,Technology Consultantatthe Northrop Research Center
- Westinghouse Research Laboratories: Senior Scientist Argonne National Lab. Researcher
- Univ. of : Lecturer, Research Assistant
- University of Ulsan: Full-time Lecturer
Members
Current Members
| Name | Position | Duties |
|---|---|---|
| Oh Chul-min | Researcher in Master's Degree Program | Duties: MEMS Sensor Manufacturing Research |
| Na Yong-woon | Researcher in Undergraduate Program | MEMS Technology Research |
| Bae Ga-ram | Researcher in Undergraduate Program | Nano Thin Film Research |
| Lee Se-hee | Researcher in Undergraduate Program | Acceleration Sensor Manufacturing Research |
| Lee Se-hee | Researcher in Undergraduate Program | Acceleration Sensor Manufacturing Research |
| Nam Da-young | Researcher in Undergraduate Program | Nano Thin Film Research |
Academic Paper
- Joonhee Kang, Jin-Young Kim, Hee-Song Hong, and Ku-Rak Jung, Fabrication Technique of Single Flux Quantum ALU by Using Nb Trilayer, IEEE Transactionson Applied Superconductivity,to be published in vol.19,2009
- Fabrication and Examination of a Water Quality Sensor Equipped with Active RFID Function for Real Time Location
- Korea GeoSpatial Information Journal Vol. 17 Issue. 1 March 2009.
- RF system for water pollution measurement
- Korean Sensors Society Vol. 19 Issue. 1 Nov. 2008
- Development of Active RFID System for Automatic Sensing of Water Quality Information
- Fall Academic Paper Presentation Conference Oct. 2008
- A Study of 2.45GHz Active RF System for Real Time Location
- Korea GeoSpatial Information Journal Vol. 16 Issue. 3 Sept 2008
- Study on the Increase in Signal Amplification of Ceramic Antenna with High Permittivity
- Fall Academic Paper Presentation Conference Oct. 2007
- Analysis of RFID Shadow Areas Caused by Electromagnetic Interference
- Spring Academic Paper Presentation Conference April. 2007
- Development of Mini Ceramic Patch Antenna for RFID in UHF
- Academic-Industrial-Research Consortium Research Vol. 14 Issue. 9 2007
Written Works
- General Physics Experiment" Books Hill Publication Co., LTD. 2007
Patents
- "Logical operations device using half adder" Registration No. 10-0662875, 2007.
- "Manufacturing method of dielectric substance with high permittivity and chip-type antenna using the method" Patent Application No. 10-2007-0010795
- "Wireless tag reader and channel monitoring method" Patent Application No. 10-2007-0072674
Research Equipment
- Vacuum deposition, superconductor, measuring equipment