Examples of Research using Infrared Heating Methods
Topic | Author | Equipment model used |
Fundamental and applied research on SiC elements P-110 RTA system, March 26 2003, Ohmsha |
Kazuo Arai and Sadafumi Yoshida National Institute of Advanced Industrial Science and Technology |
RTA system |
Ga2O3 thin films grown by heteroepitaxy using ultra-high temperature PLD system Japan Society of Applied Physics, Spring 2001, 29a-P4-5 |
Hiromichi Ohta and Hideo Hosono Transparent Electro-Active Materials Project |
GVL298 |
SiC film deposition by TMS and hydrogen gas mixture RF plasma, Japan Society of Applied Physics, Spring 2001, 31a-P15-9 | Yusuke Echigo and Hidenori Ito Muroran Institute of Technology |
GV154 |
Low-resistance n+ type ion injection molding for 4H-SiC created by ultra-high temperature/ultra-high-speed thermal annealing, ETL News, February 2001, Vol. 613 | Kenji Fukuda and Kazuo Arai National Institute of Advanced Industrial Science and Technology |
GVL398 |
Control of oriented thin film by linear rapid thermal annealing, Institute of Electronics, Information and Communication Engineers | Naoto Tsuchiya and Yasuhiko Nakagawa Faculty of Engineering, University of Yamanashi |
IR2000GV |
Development of ultra-high vacuum reflection electron microscope (II): Infrared sample heating system, Japan Society of Applied Physics, Spring 1996, 28a-ZT-5 | Takanori Akita and Ryuichi Shimizu Osaka University |
IR-1000GVH |
Thermal oxidation of Si by an oxygen jet in a vacuum, Japan Society of Applied Physics, Spring 1996, 29p-N-1 | Tatsuo Tsuda and Koichiro Ohtori University of Tokyo |
GVL298 |
Destructive thermal shock testing of plate glass using infrared radiant heating, Journal of the Ceramic Society of Japan, 103(9)960-965 (1995) | Hideo Awaji, Faculty of Education, Kagoshima University Tomoyoshi Endo, Thermo Riko |
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Reducing hydrogen transmission of stainless steel film by BN coating, Shinkū, No 3, 1994 | Akiko Itakura Institute for Materials Research |
IR-1000GV |
Optical heating in oxide atmosphere, Netsu to Tomo ni Jū Nen no Ayumi, Thermo Riko, April 1992, P-20 | Takeo Hattori Musashi Engineering University |
IR-1000GV |
Netsu Gijutsu Nijū Go Nen no Ayumi, April 2007 | Thermo Riko |
Research by the Infrared Heating Method(Paper in English)
Theme | Author | Model Used |
In situ heat treatment of ultrathin MgO layer for giant magnetoresistance ratio with low resistance area product in CoFeB/MgO/CoFeB magnetic tunnel junctions Applied Physics Letters 93,192109,2008 |
S.Isogami, M. Takahashi / Tohoku University |
GV198 |
Simultaneous scanning tunneling microscopy and stress measurements to elucidate the origins of surface forces Review of Scientific Instruments 78,053903, 2007 |
Tetsuya Narushima, Niall T. Kinahan, John J. Boland / Trinity College Dublin |
GVH398 |
Predicting the amount of carbon in carbon nanotubes grown by CH4 rf plasmas Journal of Applied Physics 99,014302,2006 |
Y. Suda, Y. Sakai / Hokkaido University | GVL298 |
Combined Radiation-Conduction Analysis and Experiment of Ceramic Insulation for Reentry Vehicles Journal of Thermophysics and Heat Transfer Vol.18,No.1,January-March 2004 |
National Aerospace Laboratory of Japan | GV-2 |
Activation treatment of impurities using hybrid super RTA equipment. | A. Kinoshita, J. Senzaki, M. Katou, S. Harada, M. Okamoto, S. Nishizawa, K. Fukuda, F. Morikasa, T. Endou, T. Isii, T. Yashima AIST, Thermo Riko Co.,Ltd Nippon Thermonics Co.,Ltd |
S-RTA |
Pulsed Laser deposition system for producing oxide thin films at high temperature Review of Scientific Instruments VOL.72,No,8 Aug.2001 |
M. Orita, M. Ohta, H. Hiramatsu, M. Hirano / Japan Science and Technology Corp. M. Sasaki, T. Katagiri / Katagiri Engineering Co.,Ltd H. Hosono / Tokyo Institute of Technology |
GVL298 |
In situ observation of epitaxial microcrystals in thermally grown SiO2 on Si(100) Applied Physics Letters,Vol.74,No.18,May3,1999 |
N. Awaji, Y. Sugita, Y. Horii / Fujitsu Laboratories Co.,Ltd I. Takahashi / Kansei Gakuin University |
GV198 |
Periodic Changes in SiO2 / Si(111) Interface Structures with Progress of Thermal Oxidation Jpn.J.Appl.Phys.Vol.33(1994)pp. L675-L678 Part2,No.5A,May1,1994 |
K. Onishi, T. Hattori / Musashi Institute of Technology |
GVH298 |
Diffusion of 57 Co in amorphous Fe-RE (RE=Dy,Tb,and Ce) and Fe-Si-B alloys J.Mater.Res.,Vol.8,No.9,Sep.1993, 1993 Materials Research Society |
K. Yamada, Y. Iijima, K. Fukamichi / Tohoku University |
GV198 |