@article{oai:ous.repo.nii.ac.jp:00000544,
 author = {冨山, 毅 and Tomiyama, Tsuyoshi and 山本, 勲 and Yamamoto, Isao and 青木, 敦 and Aoki, Atsushi and 石井, 孝 and Ishii, Taka},
 journal = {岡山理科大学紀要, The Bulletin of the Okayama University of Science,},
 month = {Mar},
 note = {P(論文), 倉敷市及び蒜山高原で, 1976年8月上旬にアンダーセン・エア・サンプラーを用いて捕集した大気浮遊塵の機器的中性子放射化分析を行ない, 23種類の元素につき大気中濃度及びその粒径分布を求めた。更にこれらの量の解析から大気汚染の態様を考察した.その結果からAl, Sc, Th, Feは大粒径粒子に属し, 土壌粒子と考えられる.これに反し, Sb, Zn, Br, V, Seは微粒子に多く含まれ, 化石燃料の燃焼等に起因するものと考えられる.またMn, Cl, Na, K, As, La, Ce, Co, Hg等は特定の傾向を示さず, 複数の発生源によるものと考えられる.地点間では倉敷市に於ける元素濃度は蒜山高原の数倍に達し, 特にFe, Mn, Zn, Clに顕著な相違がみとめられた., Multielement components of airborne dust and their particle-size distributions were investigated using instrumental neutron activation analysis. Air sampling was done with a eight stage Andersen sampler in Kurashiki-City, an industrialized urban area, and in Hirusen heights, a rural area about 100km north of the city, in August, 1976. Some elements associated with larger size dust particles (viz. Al, Sc, Th, and Fe) appeared to be mainly soil-derived, whereas other elements associated with the smaller size fractions (e.g. Sb, Zn, Br, V and Se) appeared to be originated from significant anthropic sources such as combustion of fossil fuels. The remaining elements showed no characteristic particle-size distributions and saggested to have composed sources. Observed concentrations for Zn, Mn, Fe and Cl as well as V, Cr and La were considerably higher in Kurashiki-City than in Hirusen heights.},
 pages = {101--108},
 title = {大気浮遊塵の放射化分析(II)},
 volume = {13},
 year = {1978},
 yomi = {トミヤマ, ツヨシ and ヤマモト, イサオ and アオキ, アツシ and イシイ, タカ}
}