3) Mid-Pacific Ocean
中太平洋
1.
Geochemistry and sedimentary environments of the Quaternary sediments in the mid-Pacific Ocean;
中太平洋第四纪沉积物地球化学特征及沉积环境
2.
Geochemistry and provenance of the PC5222 drill cores from the mid-Pacific Ocean;
中太平洋PC5222孔岩芯地球化学特征及物源探讨
3.
The major and trace elements of sediment samples from PC5356,PC5362 and PC5417 drill cores in the Mid-Pacific Ocean were analyzed,and the result indicates that the contents of elements show three clear changes.
根据对中太平洋CC区PC5356孔、PC5362孔及PC5417孔沉积物常量微量元素的测试结果,采用多元统计分析的方法,研究了该地区第四系沉积物中元素含量的空间分布和组合特征,探讨了其物质来源及沉积环境的垂向演变规律。
4) central Pacific
中太平洋
1.
Fine structure of P-wave velocity variations underneath the Central Pacific from PKP waves recorded at the China Seismic Network(CSN);
利用中国地震台网(CSN)记录到的PKP波研究中太平洋下地幔底部的小尺度P波速度变化
2.
Geochemical sedimentary records of core sample MP2001-01 in the Central Pacific and its environmental significance
中太平洋MP2001-01柱状样品沉积地层记录与物性、源性及其环境意义
3.
We selected a Co-rich crust sample(MHD79),which has multi-layer structure and was gathered from central Pacific MH seamount.
选取采自中太平洋海山、具有多层构造的富钴结壳(样品号MHD79)进行分析。
5) Middle Pacific Ocean
中太平洋
1.
Study on the Characteristics of Marine Nepheloid Layers and Their Influential Factors in the Middle Pacific Ocean and in the East China Shelf Sea;
中太平洋及东海陆架海洋雾状层特征及其影响因素（机制）研究
2.
More than forty samples of the multi-metallic crust from six seamounts in the middle Pacific Ocean were analyzed by X-ray fluorescence and ICP-AES.
采用XRF和ICP AES法对中太平洋CA等 6座海山的 4 0多个站位的多金属结壳中化学元素进行测试与分析 ,并结合其他资料对调查区结壳主要成矿元素的含量组成、特征变化、元素间的相关关系以及结壳与水深、地形等重要环境因子进行探讨 。
6) central Pacific Ocean
中太平洋
1.
Genetic study on flint from the crust area of the central Pacific Ocean mountains;
中太平洋结壳区海山燧石岩成因研究
2.
Holocene sedimentary environments in Central Pacific Ocean;
中太平洋(CP)区全新世沉积环境探讨
3.
Geochemical Characteristics and Origin of Cobalt-Rich Crusts from Central Pacific Ocean;
中太平洋海区富钴结壳地球化学特征及成因机制
补充资料：中太平洋海岭
中太平洋海岭
又名“马库斯—内克海岭”。在中太平洋西北部。东起夏威夷群岛的内克岛，经马库斯岛，西到日本的硫黄列岛。长约5，300公里，宽达550公里。高出洋底500—1，200米。有许多山峰距洋面 1，300—1，600米的海底火山。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条