stalagmites

英 [ˈstæləgmaɪts]

n.  石笋(向上生长)
stalagmite的复数



柯林斯词典

  1. 石笋
    A stalagmite is a long piece of rock which sticks up from the floor of a cave. Stalagmites are formed by the slow dropping of water containing the mineral lime.

    双语例句

    1. You can also find miles of efflorescent rock physiognomy there, such as stalagmites, stelae, stone sword, and stone pagodas.
      同样在这里你还可以找到岩石风化的地貌,如石笋,石柱,石剑和石塔。
    2. Stalactites and stalagmites in the caves present colorful pictures.
      岩石的颜色五彩缤纷。洞中的钟乳石琳琅满目,五彩缤纷。
    3. Travertine chimneys near Lake Abbe, Djibouti, were created by hot springs depositing calcium carbonate& the same process that creates stalactites and stalagmites.
      吉布提阿贝湖附近的石灰华的柱状矿体是由温泉里的沉积碳酸钙所构成的。相同的过程,也创建了钟乳石和石笋。
    4. Now locals believe that these stalagmites and stalactites conjure up weird images of heaven and hell.
      当地人认为,这些石笋和石钟乳所展现的是一副诡异的天堂与地狱的图画。
    5. The tall rocks jut from the ground much like stalagmites or even like trees of stone, creating the illusion of a forest made of stone.
      突出地面的岩石很似一个个石笋,甚至很像由石头组成的树林。不禁给人带来一种置身石头森林的错觉。
    6. Stalagmites and stalactites can sometimes meet to form a continuous column.
      石笋和钟乳石有时会连成一根石柱。
    7. Advance in Study of Oxygen and Carbon Isotope Variations in Cave Stalagmites as Palaeo-Climate Proxies
      石笋氧碳同位素古气候代用指标研究进展
    8. Giant stalagmites stood quietly around a still pond, and both Drizzt and Bruenor blinked in disbelief, first at the worked tops of those mounds – guard towers – then at the great castle across the way.
      许多巨大的石笋林立在一个平静的湖周围。崔斯特和布鲁诺都感到此处不寻常,首先是一个个看起来像是哨塔的石堆,然后是对面的巨大城堡。
    9. After switching on powerful arc lights, they saw great stalagmites&.
      他们打开强力弧光灯,看见一株株巨大的石笋。
    10. The many different kinds of stalactites, stalagmites, and columns found here are both beautiful and amazing. Affect of Slops Particles Apparent Density on the Tank Depth for Shallow Tank Flotation Wastewater-treatment
      有奇形怪状的钟乳石笋和石柱,洞下更有无底洞、水池等景观,可以说是别有洞天。浅池气浮净水污粒表观密度对池深的影响
    11. Can be seen in the deep hole anomaly scene of the stalactite, stone pillars and stone flowers, stone curtains, stalagmites, and hear the river rushing water sound cloudy.
      在洞的深处可看到异态纷呈的石钟乳、石柱、石花、石帘、石笋和听到阴河哗哗的流水声。
    12. In the caves you will see splendid stalactites, stalagmites, stone curtains and flowers.
      在那些洞里,您会看到壮观的钟乳石、石笋、石帘和石花。
    13. It shows that the record of the warm and cold events from three stalagmites in southwest China reflect that the paleo-monsoon or paleoclimatic change can be divided into three stages: ( 1) the middle Holocene Epoch-optimum stage in climate from 6000a B.P. to 4000a B.P.
      研究结果表明,西南地区6000aB.P.以来石笋记录的冷暖事件所反映出的古季风变化,大致可分为3个阶段:(1)6000~4000aB.P。
    14. Study on ESR characterization of stalagmites
      石笋样品的电子自旋共振特性研究
    15. Ice core, deep sea sediment, loess, stalagmites, lake sediment, all these proxies record the ancient climatic variation which have cycles of 100 ka, 41 ka, 20 ka, and Millennium.
      冰芯、深海沉积物、黄土、石笋、湖相沉积物等这些古气候载体所记录的古气候(温度)变化广泛具有100ka、41ka、20ka以及更短的千年周期性。
    16. Cave stalagmites, corals, lake sediments are suitable for dating using the thermal ionization mass spectrometry ( TIMS) uranium series method. 1 were dated with uranium series dating.
      岩溶石笋、海洋珊瑚、湖泊沉积物等信息载体可以用热电离质谱(TIMS)铀系技术定年。数据表明,1&3层的年代比目前的有些提法要早一些。
    17. Study on ESR dating of stalagmites
      ESR法测定石笋类碳酸盐年代的研究
    18. Research on the High Precision ICP-MS Uranium Series Chronology of Cave Stalagmites and the Paleo-climatic Changes in the South-Western Karst Region, P.R. China
      洞穴石笋高精度ICP-MS铀系年代学与西南岩溶地区古气候变化研究
    19. The good corresponding between the two stalagmites δ~ 18O time series and tree ring Δ~ 14C_res curve during the counterpart periods of mid-Holocene suggests that the precipitation change of East Asian monsoon is markedly driven by the solar activity at the centennial-to decadal-scale.
      中全新世相应时段两支石笋δ~(18)O序列与树轮△~(14)C(res)曲线的良好对应关系说明了东亚季风降水波动在百年~十年尺度上显著受太阳驱动。
    20. Study on δ~ ( 13) C Isotope Records from Stalagmites
      洞穴石笋的δ~(13)C记录研究
    21. The carbon and oxygen isotope from the cold deposit stalagmites in 11 depositional cycles are a heavy or positive trend and the maximum value point is an abrupt point of transferring cold or depositional hiatus surface.
      11个沉积旋回中,凡寒冷期沉积的碳和氧同位素都偏重,极值都是转冷的跃(突)变点,或沉积间断面。
    22. A high resolution late Pleistocene Climato-Stratigraphy of 4 stalagmites from Qixing cave, duyun, Guizhou
      贵州都匀七星洞石笋剖面晚更新世高分辨率的气候地层学
    23. The Heinrich Events obviously were checked out from the oxygen isotopic curve of the stalagmite. And the oxygen isotopic curve of the stalagmite is better related and corresponded with the records of the other stalagmites froms the adjacent area.
      从石笋的氧同位素曲线中明显地检出了Heinrich事件,并且氧同位素曲线与周边地区的石笋记录有着良好的对比关系。
    24. Stalagmites from Zha cave, qingjiang, hubei province: double wavelength reflectance spectrums and their Paleoclimatic Significance
      湖北清江榨洞石笋双波长反射光谱特征及其古气候意义
    25. In current research developed for stalagmites, most of them focused on the inorganic constituent, but know little about the trace constituents-organic materials although it is as important as inorganics.
      但是现有的石笋古气候学研究多偏重于其中碳酸盐的无机指标,对意义同样重要的痕量有机组分的研究却远未深入。
    26. We can reconstruct paleo-climatic and paleo-environmental change mode via researching stalagmites records, which can provide the scientific foundation for sustainable development between human and nature in the Karst region.
      通过对岩溶记录的研究无疑可以恢复或重建该地区的古气候和古环境的变化模式,为岩溶地区人与自然可持续协调发展提供科学依据。
    27. Predecessors study Little Ice Age mainly through stalagmites, lacustrine deposits, ice core, tree rings, history records and so on, aiming to reveal summer monsoon and its relevant indicated information.
      前人对于小冰期的研究主要是石笋/湖泊沉积/冰芯/树轮/历史记载等,主要揭示夏季风及其相关的信息指标。
    28. Because the summer rainfall account for about 70-80% of the annual rainfall in this region, the variation of δ 18O in stalagmites must reflect the relatively fluctuate of summer precipitation, as well as the variation of summer monsoon.
      而重庆地区夏季降水占全年降水的70~80%,所以本地区石笋中氧同位素的变化反映了夏季降水量的相对变化。
    29. The similarity also exists between the records of stalagmites in Chongqing region and the record got from the ice cores in Greenland, on the glacial-interglacial time scale, although the detailed amplitude and trend of fluctuation have some remarkable difference.
      此外,重庆地区石笋记录与极地冰芯记录在冰期&间冰期的时间尺度上也具有相对一致性,但是具体的变化幅度和变化趋势有所差异。