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- It is the combination of mechanical extension and asthenosphere upwelling that proves to be the most efficient way to thin the... 地幔上涌作用是南海扩张的重要动力学因素之一,但只在地幔上涌作用下要很长的时间才能打开南海。
- Our results indicate that asthenosphere upwelling is much more efficient for the lithospheric thinning in the upper mantle but is still inefficient for crust thinning. 本文采用数值模拟方法对地幔活动在南海扩张中的作用和影响进行了考查,结果表明:地幔上涌作用能引起南海岩石圈很大程度的减薄,但对南海地壳减薄影响很小;
- The first stage was characterized by a remarkable uplift of the crust-mantle boundary, due to asthenospheric upwelling in east China. 第一阶段,中国东部显著的地幔上升热柱导致本研究区壳-幔边界上升,岩石圈减薄,同时伴有少量断层发育;
- Xiao Qinghui,Qiu Ruizhao,Wu Guangying,et al.Mesozoic asthenospheric upwelling orogeny in eastern China[J].Geology in China,2006,33(4):730-750(in Chinese with English abstract). [2]肖庆辉;邱瑞照;伍光英;等.;中国东部中生代软流层上涌造山作用[J]
- asthenosphere upwelling plume 软流圈上涌柱
- asthenosphere upwelling 软流圈上涌
- During extensional activities of Late Cretaceous to Eogene, intense upwelling of asthenosphere happened under the fault zone, leading to lithospheric necking in pure shear model. 断裂带在晚白垩世-早第三纪的伸展活动中,软流圈发生了强烈的上隆,岩石圈出现了显著的细颈化,属于纯剪切伸展模式。
- Simulating Upwelling in a Large Lake Using Slippery Sacks. 用光滑粗网格模拟大湖涌升流。
- The mesosphere comprises the rest of the mantle below the asthenosphere. 中间圈包括岩流圈以下地幔的其余部分。
- An upwelling of molten material from the earth's mantle. 地柱从地幔隆起的一段熔化物
- asthenospheric upwelling 软流圈上涌
- The asthenosphere corresponds approximately to the low-velocity zone. 软流圈大体上相当于低速带。
- Rayleigh scatter determines the upwelling diffuse flux which can be absorbed. Rayleigh散射决定了能被吸收的向外的漫射通量。
- Various gases of the atmosphere absorb about 70% of this upwelling radiation. 大气的各种气体大约吸收这种向上辐射的70%25。
- He handed over a dime with an upwelling feeling of pity in his heart. 他递给他1角钱,心里涌起一阵同情。
- Harkin metamorphic core complex in Inner Mongolia and its upwelling mechanism. 内蒙古喀喇沁变质核杂岩及其隆升机制探讨。
- Ordinarily upwelling systems such as that off Oregon teem with life. 俄勒冈沿岸的涌升流系统本来应该充满生机,就像其他的涌升流一样。
- The orogenic types were controlled by the relative motion mechanism between lithosphere and asthenosphere. 板块和软流圈之间不同的相对运动机制是形成不同类型造山作用的主要原因。
- The rise of the asthenosphere,the position of Moho and mantle plume are the indication of the mantle convection. 软流圈上涌高度、莫霍面或地幔羽的位置是地幔对流的具体的表现。
- Maginal orogeny was formed on this condition with same relative motion trend between lithosphere and asthenosphere. 板缘造山主要表现为岩石圈和软流圈以基本相同的运动趋势的相对运动。