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Major and volatile elements in glasses from large explosive Kamchatka eruptions correlate with depth to subducting plate

机译：来自大型爆炸性堪察加火山喷发的玻璃中的主要和挥发性元素与俯冲板的深度相关

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Bergal-Kuvikas Olga; Portnyagin Maxim; Ponomareva V.V.;
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年度 2009
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1. Eruption dynamics and explosive-effusive transitions during the 1400 cal BP eruption of Opala volcano, Kamchatka, Russia [J] . Andrews Benjamin J., Dufek Josef, Ponomareva Vera Journal of Volcanology and Geothermal Research2012V243-244NOCT,15 . 2018,第MAY1期

机译：俄罗斯堪察加半岛Opala火山1400 cal BP喷发期间的喷发动力学和爆炸性喷发过渡
2. Middle to late Pleistocene record of explosive volcanic eruptions in marine sediments offshore Kamchatka (Meiji Rise, NW Pacific) [J] . Derkachev Alexander N., Gorbarenko Sergey A., Ponomareva Vera V., Journal of quaternary science: JQS . 2020,第1a2期

机译：中间至晚期更加优越的爆炸性火山爆发中的爆发性陆上堪察加（Meiji Hist，NW Pacific）的爆炸性火山爆发记录
3. Structural traits of woody plants and geomorphological conditions to the vegetation recovery at Ksudach caldera (Southern Kamchatka) since the explosive eruption in 1907 [J] . KOPANINA Anna V, LEBEDEVA Ekaterina V, VLASOVA Inna I, 山地科学学报（英文版） . 2020,第007期

机译：自从1907年爆发喷发以来的Ksudach火山口（南部堪察加半岛）的木本植物结构特征和地貌条件对植被的恢复
4. Composition, volatile components, and trace elements in andesitic melts of the Kurile-Kamchatka region [C] . M. L. Tolstykh, V. B. Naumov, A. D. Babansky, Conference on Asian Current Research on Fluid Inclusions . 2007

机译：Kurile-kamchatka地区安德塞熔融中的组成，挥发性组分和微量元素
5. Timescales of magma ascent during explosive eruptions: Insights from the re-equilibration of magmatic volatiles. [D] . Lloyd, Alexander S. 2014

机译：爆发性爆发期间岩浆上升的时标：岩浆挥发物重新平衡的见解。
6. Magmatic overpressures volatile exsolution and potential explosivity of fissure eruptions inferred via dike aspect ratios [O] . Nobuo Geshi, John Browning, Shigekazu Kusumoto -1

机译：通过堤坝纵横比推断的岩浆超压挥发性溶出和裂隙爆发的潜在爆炸性
7. PLATE TECTONICS CONTROLS GLOBAL CLIMATE CHANGE BY DETERMINING THE FREQUENCY OF MAJOR EXPLOSIVE, SUBDUCTION-RELATED VOLCANIC ERUPTIONS CAUSING INCREMENTAL GLOBAL COOLING VERSUS THE EXTENT OF SUBAERIAL, RIFT-RELATED, EFFUSIVE, BASALTIC LAVA FLOWS CAUSING SUDDEN GLOBAL WARMING, OCEAN ACIDIFICATION, MASS EXTINCTIONS, AND OFTEN THE ENDS OF GEOLOGIC EONS, ERAS, PERIODS, ETC [O] . Peter L. Ward 2017

机译：板构造控制全球气候变化通过确定主要爆炸性，俯冲相关的火山喷发的频率，导致增量全球冷却与子系统，裂谷相关，散发，玄武岩熔岩流动造成突然的全球变暖，海洋酸化，大规模灭绝和通常，地质eons，时代，时期等的末端
8. Abundances of sodium, sulfur, and potassium in lunar volcanic glasses: Evidence for volatile loss during eruption [R] . Delano, J. W., Mcguire, J. 1992

机译：月球火山玻璃中钠，硫和钾的丰度：喷发期间挥发性损失的证据

Major and volatile elements in glasses from large explosive Kamchatka eruptions correlate with depth to subducting plate

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