seamount

1. 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。
2. Pacific Ocean: Kermadec Islands, Philippines, Darwin Seamount in central Pacific, Tasman Sea, Nazca Ridge.
   太平洋：科玛狄克群岛，菲律宾，在中太平洋，塔斯曼海，纳兹卡洋脊的达尔文海洋山脊。
3. Preparation and Study of Two Seamount Co-rich Crust PGEs Ultra-fine Reference Materials: MCPt-1 and MCPt-2 Internal Stress and Co Content of Pulse Electrodeposited Ni-Co Alloy Coatings
   富钴结壳铂族元素超细标准物质的研制脉冲镀Ni-Co合金镀层内应力及钴含量的研究
4. Fractal Research on Seamount Topography in the West Pacific Ocean
   西太平洋海域海山地形分形特征研究
5. The intermediate and acid seamount which maybe exist, may be the main origin of felsic detritus.
   本区可能存在的中酸性熔岩海山是长英质轻碎屑物质的主要源区。
6. Is there any bend in the seamount chain?
   海山链有弯曲的地方吗？
7. The Conical Seamount is a non-volcanic one in the Mariana Fore Arc.
   锥形海山是马里亚纳弧前区非火山成因的海山。
8. Based on the outcrop sequence-stratigraphic principle and method, the authors first studied the Carboniferous section of the seamount carbonate platform in Paleo-Tethys ( the Changning-Menglian belt), Southwestern Yunnan, China.
   应用露头层序地层学原理和方法，首次对滇西古特提斯（昌宁－孟连带）中海山碳酸盐台地的石炭系进行了研究。
9. The results indicate that the cobalt-rich development in central Pacific oceanic seamount area, and the mineralizing characters are controlled by the environmental factors, such as landform, water depth and rock types.
   结果表明，中太平洋海山区富钴结壳广泛发育，但成矿特征较大地受地形、水深、基岩类型等成矿环境因素的影响与制约。
10. Σ REE in polymetallic nodules from seamount and hill at the seafloor is higher than that of polymetallic nodules from abyssal plain and depression.
    海山、丘陵区结核的∑REE高于平原、凹地区结核，且前者Ce异常强于后者。
11. Combined application of the methods of the nearest domain and geological block to resource evaluation of cobalt-rich crust on a seamount in the Pacific
    最近区域法与地质块段法在富钴结壳资源量评估中的综合应用
12. As an important part of the Middle Pacific seamounts area, Co-rich crusts distribute widely in CL Seamount.
    地处中太平洋的CL海山是大洋富钴结壳广泛分布的重点地区。
13. The Growth Habit and Controlling Factors of the Cobalt-Rich Crusts in Seamount of the Central Pacific
    中太平洋海山富钴结壳生长习性及控制因素
14. Calcareous nannofossils from cobalt-rich crust in Middle Pacific seamount
    西北太平洋中部海山区富钴结壳中的钙质超微化石
15. The rocks at the top of the seamount consist of serpentinized ultramafic harzburgite.
    海山顶部的岩石是由蛇纹石化超镁铁质方辉橄榄岩组成。
16. The age of cobalt-rich crusts from the Magellan Seamount in the western Pacific has been first approached by using the method of biostratigraphic dating.
    本文为我国首次采用生物地层法探讨西太平洋麦哲伦海山区富钴结壳的生长年代。
17. Genetic classification and origin of ferro manganese crust base in the seamount areas
    海山区铁锰结壳基座的起源及其成因分类方案
18. Based on the data analysis of the seamount topography and the magnetic anomalies obtained by the geophysical survey during 1980~ 1987 in the eastern basin of the South China Sea.
    根据1980年～1987年在南海海盆进行地球物理调查获取的海山地形和地磁异常资料，运用虚源法，对南海东部海盆区域的9座海山作了磁性计算及对比。
19. A perfact Carboniferous reef complex developed on top of a volcanic seamount on the oceanic floor in the Akiyoshi Terrane, Southwest Japan.
    一个完好的石炭纪生物礁发育在日本秋吉地区的玄武岩熔岩和火山碎屑岩之上。
20. Oceanic island-seamount carbonate sedimentary feature and its PALEOGEOGRAPHIC SIGNIFICANCE
    洋岛、海山碳酸盐岩的沉积特征及其古地理意义
21. They were studied in three Mid-Pacific seamount Co-rich crusts to probe into changes of the Co-rich crusts 'forming environment.
    本文对来自中太平洋海山的三块富钴结壳样品中的磷酸盐岩进行了研究，以期对富钴结壳形成环境的变化有所了解。
22. A series of seamount cobalt-rich crust reference materials On Substance
    海山富钴结壳标准物质研制
23. The Study of Petrological Geochemistry of Basalts from CL Seamount, Middle Pacific
    中太平洋CL海山区玄武岩岩石地球化学研究
24. Application of Measuring Technique of Low-level Radioactivity in the Studies of Poly-metallic Nodule and Crust MINERALIZING CHARACTERS OF COBALT-RICH FERROMANGANESE NODULE AND CRUST IN CENTRAL PACIFIC OCEAN SEAMOUNT
    低水平放射性测量技术在大洋多金属结核与结壳研究中的应用
25. Petrology and Origin of the Conical Seamount in the Mariana Fore-arc Area
    马里亚纳弧前区锥形海山岩石学及成因
26. The differences in noble gas characteristics between the low 3He/ 4He type and the high 3He/ 4He type crusts indicate the differences of lower mantle end-member of the correspondent seamount chains.
    富钴结壳稀有气体以下地幔来源为主，低3He/4He型与高3He/4He型结壳稀有气体特征的差异是二者产出海山链下地幔源区类型不同的表现。

noun

1. an underwater mountain rising above the ocean floor