Measurement of Vacuum Ultraviolet Radiation with Diamond Photo Sensors
スポンサーリンク
概要
- 論文の詳細を見る
A thin-film diamond UV sensor is a solar-blind photo detector sensitive to only vacuum ultraviolet regions. We have used this sensor to measure the intensity of vacuum ultraviolet light emitted from a xenon excimer lamp, a short-wavelength light source, and the sensor has shown stable sensitivity over 98-hour radiation with an irradiance of 10mW/cm^2 of xenon excimer lamp. Therefore, the diamond UV sensor is promising as a photo detector able to measure vacuum ultraviolet radiation, the use of which is increasing.
- 社団法人照明学会の論文
著者
-
Ishihara Hideaki
Iwasaki Electric Co. Ltd. Corporate Advanced Technology Center
-
Uchida K
Iwasaki Electric Co. Ltd. R&d Center
-
UCHIDA Koji
Iwasaki Electric Co., Ltd., R&D Center
-
NIPPASHI Kenji
Iwasaki Electric Co., Ltd., R&D Center
-
MATSUOKA Mikihiko
Iwasaki Electric Co., Ltd., R&D Center
-
HAYASHI Kazushi
Kobe Steel, Ltd., Electronics Research Laboratory
-
Nippashi Kenji
Iwasaki Electric Co. Ltd. R&d Center
-
Hayashi Kazushi
Kobe Steel Ltd. Electronics Research Laboratory
-
Matsuoka Mikihiko
Iwasaki Electric Co. Ltd. Corporate Advanced Technology Center
-
UCHIDA Koji
Iwasaki Electric Co., Ltd., R&D Center
関連論文
- The Deterioration of Blue Phosphor for Fluorescent Lamps
- The Deterioration of Blue Phosphor for Fluorescent Lamps
- Measurement of Vacuum Ultraviolet Radiation with Diamond Photo Sensors
- Diamond Sensors Durable for Continuously Monitoring Intense Vacuum Ultraviolet Radiation
- Diamond Film Gas Sensors for Leak Detection of Semiconductor Doping Gases
- Measurement of Vacuum Ultraviolet Radiation of Low-Pressure Mercury Lamps Using Photoconductors Made of Synthetic Diamond Films
- Application of Microwave Photoconductivity Decay Method to Characterization of Amorphous In-Ga-Zn-O Films
- Direct Measurement of 185 nm Radiation from Low-Pressure Mercury Lamps Using Diamond-Based Vacuum Ultraviolet Sensors
- Application of Microwave Photoconductivity Decay Method to Characterization of Amorphous In-Ga-Zn-O Films