表題番号：2015B-391
日付：2016/03/01
研究課題ポテンシャルオゾン直接測定に基づく正確かつ汎用的な光化学オキシダント評価の実現
| 研究者所属（当時） | 資格 | 氏名 | |
|---|---|---|---|
| （代表者） | 人間科学学術院 人間科学部 | 教授 | 松本 淳 |
- 研究成果概要
- Photochemical oxidant (tropospheric ozone, O3) is still important. Total oxidants (called as ‘potential ozone’ in Japan, PO=NO2+O3) are convenient to simply recognize the behavior of ozone. In this study, utilizing accurate and versatile NO2 analyzers, CAPS-NO2, (1) construction of a portable NO2 analyzer and a test of moving observation of exhaust gas nearby emission sources were conducted. Moving observation of NO2 was successful for 25 minutes. In a parking area, exhaust gases emitted from automobiles into atmosphere were directly monitored. (2) Simultaneous observation of PO, NOx, and/or NO2 at two sites was explored. The first site (a ‘laboratory’ in the university) was 100 m away from another site (an ‘office’ room). The laboratory is closer to a parking area than the office. Consequently, it was confirmed that the ambient air outside the laboratory be representative in the university. Additionally, it was also confirmed that observation at the laboratory be desirable to capture exhaust gases from the parking area. The portable analyzer and procedures for simultaneous observation at two sites are expected as new tools for capturing the atmospheric impact of exhaust gases. In order to explore the actual situations of exhaust gases, observation of real atmosphere is essential.