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Distribution of Turbidity after the 1912 Katmai Eruption in Alaska.

机译：阿拉斯加1912年卡特迈火山喷发后的浊度分布。

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The spread and abatement of the aerosol injected into the stratosphere by the explosion of Katmai volcano in Alaska on June 6, 1912, have been investigated. The spread of the dust veil and twilight observations are discussed. Turbidity was determined from solar radiation data obtained mainly in central and northern Europe and the United States. In Europe, volcanic turbidity was quite large but highly variable during the summer of 1912 and became rather low in February 1913, when it was still high over the United States. Temporary presence of Katmai dust over Mexico City is very questionable, so that increased turbidity over Peru during 1913 may have had other causes. The turbidity disappeared rather suddenly in late 1914. Average residence time of the dust was nearly 1 year. (Author)

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作者
Volz, F. E.;
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年度 1974
页码 1-7
总页数 7
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Dust; Volcanoes; Turbidity; Aerosols; Light transmission; Scattering; Stratosphere; Solar radiation; Alaska; Global; Atmospheric physics; Reprints; Katmai volcano(Alaska);

机译：尘埃;火山;浊度;气溶胶;光传播;散射;平流层;太阳辐射;阿拉斯加;全球;大气物理;重印;卡特迈火山（阿拉斯加）;

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专利

1. Origins of large-volume, compositionally zoned volcanic eruptions: New constraints from U-series isotopes and numerical thermal modeling for the 1912 Katmai-Novarupta eruption [J] . Simon Turner, Mike Sandiford, Mark Reagan, Journal of geophysical research. Solid earth: JGR . 2010,第B12期

机译：大体积，按区域划分的火山喷发的起源：U系列同位素和1912年Katmai-Novarupta喷发的数值热模拟的新限制
2. The timing of compositionally-zoned magma reservoirs and mafic 'priming' weeks before the 1912 Novarupta-Katmai rhyolite eruption [J] . Singer Brad S., Costa Fidel, Herrin Jason S., Earth and Planetary Science Letters: A Letter Journal Devoted to the Development in Time of the Earth and Planetary System . 2016,第Null期

机译：在1912年Novarupta-katmai流纹岩爆发之前，按成分划分的岩浆储层和镁铁质“启动”时间
3. Katmai volcanic cluster and the great eruption of 1912 [J] . Wes Hildreth, Judy Fierstein GSA Bulletin . 2000,第10期

机译：卡特迈火山群和1912年的大爆发
4. Dynamics of sand sedimentation resulting from turbidity currents caused by explosive submarine volcanic eruptions [C] . A. Cantelli, G. Parker, S. Johnson, IAHR Symposium on River, Coastal and Estuarine Morphodynamics . 2006

机译：爆炸潜水火山爆发引起的浊度电流产生的沙子沉积动力学
5. Determining the effectiveness of park management strategies at a coastal brown bear viewing site in Katmai National Park, Alaska. [D] . Turner, Carissa Nicole. 2012

机译：确定在阿拉斯加卡特迈国家公园的沿海棕熊观赏场公园管理策略的有效性。
6. Size distributions of fractures dykes and eruptions on Etna Italy: Implications for magma-chamber volume and eruption potential [O] . Salvatore Scudero, Giorgio De Guidi, Agust Gudmundsson -1

机译：意大利埃特纳火山的裂缝堤坝和火山喷发的尺寸分布：对岩浆室体积和喷发潜力的影响
7. Vent processes during the 1912 eruption at Novarupta, Katmai National Park, Alaska. Progress report, November 15, 1991--November 14, 1992 [O] . T. Bates, J. Eichelberger, S. Swanson 1993

机译：1912年在Novarupta，Katmai国家公园，阿拉斯加州的1912年喷发过程中的进程。进度报告，1991年11月15日 - 1992年11月14日
8. Vent processes during the 1912 eruption at Novarupta, Katmai National Park, Alaska. Progress report, (November 15, 1991--November 14, 1992) [R] . Bates, T, Eichelberger, J, Swanson, S 1993

机译：1912年在阿拉斯加州卡特迈国家公园的Novarupta火山喷发过程。进度报告，（1991年11月15日 - 1992年11月14日）

Distribution of Turbidity after the 1912 Katmai Eruption in Alaska.

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