총 307페이지
9페이지 본문시작
표 목 차
1. 곤충 방제에 일반적으로 사용되는 훈증제의 기본적인 성질·························· 13
2. 온도별 빈 훈증공간에서 증기 형태로 존재할 수 있는 훈증제의 최대중량······ 14
3. 쌀도둑(TENEBROIDES MAURITANICUS)의 99％ 사멸을 얻기 위한
요구농도×시간(CT)積······················································································ 26
4. 피훈증물에서의 통합 농도×시간 積(Integrated concentration×time produCTs)· 28
5. 인간에 대한 안전하다고 믿어지는 허용한계과 최대 노출의 평가················ 36
6. 호흡기 보호를 위해 방독면과 함께 사용되는 훈증제별 정화통의 유형1,2········ 42
7. 식품내 DDVP의 잔류······················································································ 72
8. 청산(HCN)의 흡입 독성················································································ 104
9. 대기압에서 methyl Bromide로 훈증된 생가공식품에 대한 무기브롬잔류물······· 115
10. HALIDELEAK DETECTOR LAMPS 의 색반응············································· 119
11. MB훈증에 사용되는 방독면 정화통의 최대 시간········································ 125
12. 소형 훈증상에 사용된 훈증제 약량····························································· 156
13. 다양한 곤충종의 방제에 요구되는 훈증제 CT적········································ 229
그 림 목 차
1. 주요 훈증제의 분자량과 비등점과의 관계······················································ 12
2. 상압, 21℃, 3㎥훈증상에서 훈증제 농도와 화물(오렌지상자)과의 관계········· 18
3. 화물별 훈증제의 수착에 대한 온도의 영향, 각 처리에 MB 48g/㎥ 투약···· 19
4. 곤충사망률과 농도×시간(CT), , 20℃에서 쌀도둑(Tenobroides mauritanicus)
4령충의 99% 살충율을 나타내는 MB의 훈증시간과 농도와의 관계 곡선···· 25
5. 190g hr/㎥의 CT 축적값을 도달시키기 위한 메칠브로마이드 훈증 과정 차트·· 27
6. HCN과 MB에 대한 그라나리아 바구미(Granary weevil, Sitophilus granaius)의
생장기간 감수성 비교····················································································· 32
7. 곡물의 액체훈증제 사용에 대한 방독면 이용. 투약시 정화통이 고농도에
노출되지 않도록 등에 착용············································································ 40
8. 재식용식물의MB 천막훈증에있어서밧데리로작동하는열전도도분석기의사용· 50
- 7 -
1. 곤충 방제에 일반적으로 사용되는 훈증제의 기본적인 성질·························· 13
2. 온도별 빈 훈증공간에서 증기 형태로 존재할 수 있는 훈증제의 최대중량······ 14
3. 쌀도둑(TENEBROIDES MAURITANICUS)의 99％ 사멸을 얻기 위한
요구농도×시간(CT)積······················································································ 26
4. 피훈증물에서의 통합 농도×시간 積(Integrated concentration×time produCTs)· 28
5. 인간에 대한 안전하다고 믿어지는 허용한계과 최대 노출의 평가················ 36
6. 호흡기 보호를 위해 방독면과 함께 사용되는 훈증제별 정화통의 유형1,2········ 42
7. 식품내 DDVP의 잔류······················································································ 72
8. 청산(HCN)의 흡입 독성················································································ 104
9. 대기압에서 methyl Bromide로 훈증된 생가공식품에 대한 무기브롬잔류물······· 115
10. HALIDELEAK DETECTOR LAMPS 의 색반응············································· 119
11. MB훈증에 사용되는 방독면 정화통의 최대 시간········································ 125
12. 소형 훈증상에 사용된 훈증제 약량····························································· 156
13. 다양한 곤충종의 방제에 요구되는 훈증제 CT적········································ 229
그 림 목 차
1. 주요 훈증제의 분자량과 비등점과의 관계······················································ 12
2. 상압, 21℃, 3㎥훈증상에서 훈증제 농도와 화물(오렌지상자)과의 관계········· 18
3. 화물별 훈증제의 수착에 대한 온도의 영향, 각 처리에 MB 48g/㎥ 투약···· 19
4. 곤충사망률과 농도×시간(CT), , 20℃에서 쌀도둑(Tenobroides mauritanicus)
4령충의 99% 살충율을 나타내는 MB의 훈증시간과 농도와의 관계 곡선···· 25
5. 190g hr/㎥의 CT 축적값을 도달시키기 위한 메칠브로마이드 훈증 과정 차트·· 27
6. HCN과 MB에 대한 그라나리아 바구미(Granary weevil, Sitophilus granaius)의
생장기간 감수성 비교····················································································· 32
7. 곡물의 액체훈증제 사용에 대한 방독면 이용. 투약시 정화통이 고농도에
노출되지 않도록 등에 착용············································································ 40
8. 재식용식물의MB 천막훈증에있어서밧데리로작동하는열전도도분석기의사용· 50
- 7 -
9페이지 본문끝
메뉴
현재 포커스의 아래내용들은 동일한 컨텐츠를 가지고 페이지넘김 효과및 시각적 효과를 제공하는 페이지이므로 스크린리더 사용자는 여기까지만 낭독하시고 위의 페이지이동 링크를 사용하여 다음페이지로 이동하시기 바랍니다.