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Discovery of ferromanganese crust boundary and its genetic and ore prospecting significance

机译:锰铁结壳边界的发现及其成矿和找矿意义

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Evidences for the existence of ferromanganese crust boundary were found for the first time during the survey of the "DA YANG YI HAD" Vessel 2003. Some typical characteristics of the boundary are summarized and the significances of the finding of the boundary are included in the genesis discussion. Ore prospecting and assessment of the crust resources are described in this paper. The morphologic and extending characteristics of the crust boundary led to the recognition of two types of crust boundary: interpenetration crust boundary and closed crust boundary. According to the distribution and types of the crust, however, the boundaries are classified into three types: the boundary between ferromanganese crust and detrital sediment, the boundaiy between tabular crust and seamount nodules, and the boundary between tabular crust and rudaceous crust. This study revealed that the boundary between tabular crust and nodules was not formed under different regional environments but formed under different nucleation potential barriers between different initial growth (nucleation and germination) processes and between solid rocks and loose sediments. The rudaceous crusts are controlled spatially by fracture zones and the crusts* boundaries are controlled by the seamount structure and landform. The discovery of the crust boundaries reveals the crust's 'negative growth' phenomena (especially for some seamount nodules). The boundary investigation can be helpful in identifying the existence of tabular crust covered by detrital sediments and in calculating the area covered by the crust. The resource calculation error and the resource quality as well as resource exploration degree can be assessed through the survey of crust boundary.
机译:在2003年“大洋一哈德”号容器的调查中首次发现了锰铁结壳边界的存在。总结了该边界的一些典型特征,并在其成因中包括了发现边界的意义。讨论。本文介绍了矿石的勘探和地壳资源的评估。地壳边界的形态和扩展特征导致人们认识到两种类型的地壳边界:互穿地壳边界和闭合地壳边界。但是,根据地壳的分布和类型,将边界分为三类:铁锰壳与碎屑沉积物之间的边界,板状壳与海山结节之间的边界,以及板状壳与红土质壳之间的边界。这项研究表明,板状表皮和结节之间的边界不是在不同的区域环境下形成的,而是在不同的初始生长(成核和发芽)过程之间以及在固体岩石和疏松的沉积物之间形成不同的成核势垒的情况下形成的。砂砾质地壳在空间上受断裂带控制,地壳边界由海山结构和地形控制。地壳边界的发现揭示了地壳的“负增长”现象(特别是对于某些海山结核而言)。边界调查有助于确定碎屑沉积物覆盖的板状结壳的存在,并有助于计算结壳覆盖的面积。通过地壳边界的调查可以估算出资源计算误差,资源质量以及资源开发程度。

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