Search
Results 1-10 of 64 (Search time: 0.003 seconds).
Item hits:
| Issue Date | Title | Author(s) |
|---|
| - | Fabrication of multi-stacked InAs/InGaAs dot-in-a-well structures by metal organic chemical vapour deposition for quantum dot infrared photodetector | Jungsub Kim; Ha Seung Kyu; Changjae Yang; Jaeyel Lee; Choi, Won Jun; Euijoon Yoon |
| - | Study of multi-stacked InAs quantum dot infrared photodetector grown by metal organic chemical vapor deposition | Jungsub Kim; Ha Seung Kyu; Changjae Yang; Jaeyel Lee; Sehun Park; Choi, Won Jun; Euijoon Yoon |
| - | The study of multi-stacked InAs/InGaAs dot-in-a-well structures for quantum dot infrared photodetector by metal organic chemical vapor depostion | Jungsub Kim; Ha Seung Kyu; Changjae Yang; Jaeyel Lee; Sehun Park; Choi, Won Jun; Euijoon Yoon |
| - | Preparation of fluorine doped Zinc Tin Oxide coating layer on SUS 316 bipolar plates by ECR-MOCVD for PEMFC | Lee, Joong Kee; Ji Hun Park; 변동진 |
| - | Characteristics of Zinc oxide thin films on PET substrate prepared by Electron Cyclotron Resonance-metal Organic Chemical Vapor Deposition | Park Ji Hun; Dongjin Byun; Lee, Joong Kee |
| - | Growth of Bi-Te Based Materials on GaAs and Sapphire Substrates for High Performance Thermoelectric Applications | KIM, JIN SANG; Kwon Sung Do; Kim jeong hun; YOON, SEOK JIN; SUH, SANG HEE |
| - | The role of surface adsorbates in the MOCVD growth Bi2Te3 films on sapphire substrates | Kwon Sung Do; Kim jeong hun; JEONG, DAE YONG; YOON, SEOK JIN; Ju Byeong Kwon; KIM, JIN SANG |
| - | Electrical and optical properties of fluorine-doped tin oxide (FTO) thin films deposited on PET by using ECR-MOCVD | 박지훈; 변동진; Lee, Joong Kee |
| - | Structural Characteristics of Bi2Te3 and Sb2Te3 films on (001) GaAs Substrates grown by MOCVD | Kim, Jeong-Hun; Kwon sung-do; JEONG, DAE YONG; Joo, ByeongKwon; YOON, SEOK JIN; KIM, JIN SANG |
| - | Characteristics of Zince Oxide Thin Films on Poly Ethylene Terephthalate (PET) substrate prepared by ECR-CVD | Park Ji Hun; D.J. Byun; Lee, Joong Kee |
Discover
