M. Nakamoto, J. Moon. Stable and environment-hard vacuum nanoelectronic devices for aerospace applications. IOP Conference Series: Materials Science and Engineering. 2019. 474. 012005-1
責任著者]M. Nakamoto, 共著者]J. Moon. Vacuum Nanostructured Field Emitters for Power Conversion Devices. Proc. of EMN Prague Meeting 2016 (Energy Materials and Nanotechnology). 2018. (vol). (num). 102-103
責任著者]M. Nakamoto, 共著者]J. Moon. New Environment-Hard Nanomaterials for Vacuum Nanoelectronics. Proc. of the 11th International Nanotechnology/MEMS Seminar (INMS) 2017. 2017. 11. (num). S3-3
責任著者]M. Nakamoto, 共著者]J. Moon. High Density Vacuum Nanoelectronic Devices by Transfer Mold Method for Green Electronics. Tech. Digest of EMN (Energy Materials and Nanotechnology) Meeting on Environment and Materials. 2017. 10. (num). 102-103
責任著者]M. Nakamoto, 共著者]J. Moon. Extremely Stable and Low Work Function Conductive Ceramic Materials for Display Devices. Proc. of the 37th International display Research Conference (IDRC). 2017. 37. (num). 85-86
Suitability of low-work-function titanium nitride coated transfer mold field-emitter arrays for harsh environment. JOURNAL OF VACUUM SCIENCE & TECHNOLOGY B. 2011. 29. 2. 02B111-02B115
Stable and environment-hard vacuum nanoelectronic devices for aerospace applications
(The 7th Global Conference on Materials Science and Engineering (CMSE 2018) 2018)
Stable, ruggedized and low work function conductive ceramics display materials
(International Conference on Display Technology (ICDT) 2018 2018)
High Density Vacuum Nanoelectronic Devices by Transfer Mold Method for Green Electronics
(EMN (Energy Materials and Nanotechnology) Meeting on Environment and Materials 2017)
Nanostructured field emitter arrays by Transfer Mold Method
(The 10th International Nanotechnology/MEMS Seminar (INMS) 2016 2016)
New low work function materials and numerical calculations for Transfer Mold field emitter arrays
(The 8th Japan-Korea Vacuum Nanoelectronics Symposium 2016)