马南古巴山(喀麦隆线)的火山演化;新的岩石学、地球化学和地球年代学数据

Armand Kagou Dongmo , Pierre Wandji , André Pouclet , Jean-Paul Vicat , Alain Cheilletz , David Guimolaire Nkouathio , Pavel Alexandrov , Félix M Tchoua
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引用次数: 33

摘要

马南古巴山是喀麦隆系多成因火山杂岩,形成于第四纪(1.55 ~ 0 Ma),分三个阶段。第一阶段为1.55 ~ 0.7 Ma,与Elengoum火山的形成相对应。第二个在0.7到0.56毫安之间,指向埃伦古姆峰顶的崩塌。第3期为0.56 ~ 0 Ma,与埃博加火山的隆起和破火山口的下沉相吻合;第2期为0.48 Ma,与外生裂缝活动相吻合。产品定义了碱性钠系列,从含钠玄武岩到粗叶岩。所有的熔岩都是在周期性补充的岩浆室中通过分步结晶而演化而来的。
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Évolution volcanologique du mont Manengouba (Ligne du Cameroun) ; nouvelles données pétrographiques, géochimiques et géochronologiques

The mount Manengouba is a polygenic volcanic complex of the Cameroon line, which was built in the Quaternary, between 1.55 and 0 Ma, during three stages. The first stage, from 1.55 to 0.7 Ma, corresponds to the building of the Elengoum volcano. The second, between 0.7 and 0.56 Ma, points to the collapse of the Elengoum summit. The third, from 0.56 to 0 Ma, fits with the erection of the Eboga volcano and its caldera sinking, and, from 0.48 Ma, with the adventive fissural activity. The products define an alkaline sodic series, from nepheline-bearing basalts to trachytes. All the lavas evolved by fractional crystallization in a periodically replenished magmatic chamber.

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