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Evolution of the Continental Slope: Mechanics of Debris Flows and Landscape Evolution Modeling

机译：大陆坡的演化：泥石流力学与景观演化模型

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My long-term goals are to (a) develop a mechanistic understanding of submarine debris flows and associated turbidity currents and (b) incorporate this understanding into the broader context of the evolution of the morphology of the continental slope. Objectives can be enumerated as follows: (1) Determine the mechanisms of submarine debris flow runout. (2) Characterize the deposits of submarine debris flows. (3) Characterize and describe tendencies for transition to turbidity currents. (4) Develop models for predicting runout and deposition of submarine debris flows. (5) Extract the essentials of submarine debris flow behavior for incorporation into models of continental slope dynamics, morphology and stratigraphy.

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作者
Parker, G.;
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年度 1998
页码 1-4
总页数 4
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Debris ; Fluid mechanics ; Continental slopes ; Dynamics ; Sand ; Deposition ; Stratigraphy ; Ocean bottom topography ; Slurries ; Thickness ; Flow ; Numerical methods and procedures ; Hydroplaning ; Models ; Turbidity currents ; Tanks(Containers);

机译：碎片;流体力学;大陆坡;动力学;砂;沉积;地层学;海底地形;泥浆;厚度;流动;数值方法和程序;滑水;模型;浊流;坦克（容器）;

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4. Experimental study on the process of geomorphic evolution of debris flow on slope [C] . Hongmei Tang, Guangju Wen, Linfeng Wang, International Conference on Structures and Building Materials . 2013

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5. Debris flows and landscape evolution in the upper Rapidan basin, Blue Ridge Mountains, central Virginia. [D] . Eaton, Louis Scott. 1999

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Evolution of the Continental Slope: Mechanics of Debris Flows and Landscape Evolution Modeling

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