片语

chemical weathering degree化学风化程度

chemical weathering flux化学剥蚀通量

Drainage basin chemical weathering流域盆地化学风化

dynamics of chemical weathering化学风化动力学

physico chemical weathering物理化学风化

chemical l weathering化学风化

英汉例句

• it is important to ascertain the role of sulfuric acid in carbonate weathering so as to understand the chemical weathering rate carbonate rocks, co2 consumption and global carbon cycle.

  在碳酸盐巖地区，流域侵蚀过程中硫酸是否参与，对于我们正确理解流域化学风化速率，以及流域侵蚀对大气co2的消耗和全球碳循环等都有重要的意义。

• strong chemical weathering underwent by the xiashu loess might be related to strong monsoon climate in the lower reaches of the changjiang river.

  下蜀土较强的化学风化过程可能受长江下游地区较强的季风性气候控制。

• the cenozoic uplift might cause to increase the chemical weathering ability in orogenic belts.

  它对地表化学风化的影响主要表现为引起造山带地区化学风化能力的提高；

• chemical weathering was beginning to attack the unweathered bedrock.

  化学侵蚀作用开始攻击还未侵蚀的巖床。

• because of discontinuity, chemical weathering can add water-rock interface and raise mineral dissolution rate.

  由于非连续特性，化学风化可增大水巖界面，提升矿物溶解反应的规模及速率。

• clay-type sepiolite deposit was formed from sepiolite-bearing original rock, which suffered from long-term physical, chemical weathering alteration.

  粘土型海泡石矿是由含海泡石的原巖经长期的物理、化学风化改造而成的。

• and, in the maritime antarctica, various modern periglacial processes play an important role in weathering, material transportation and soil formation. besides, chemical weathering processes, incl…

  阐述了本区内化学风化的主要过程、机制与产物，同时指出生物因素在本区的巖石风化与原始土壤形成过程具有重要意义。

• the variation of frequency curve's mode peak content with the increasing of depth, shows not only the trend of chemical weathering but also variation gradient of weathering extent.

  频率曲线众数峰含量随深度的变化，不但指示了化学风化趋势，而且反映了风化程度的变化梯度。

• for water bodies associated with a same river valley, the chemical weathering rate increases with increasing area of standing water;

  同一流域水体，随积水区域面积的增大，化学风化速率不断增大；

• chemical index of the illite samples is higher than 0.5, indicating that clay minerals had undergone strong chemical weathering and interior of the basin had a relatively warm and wet climate.

  同时，所有样品伊利石化学指数值均大于0.5，说明粘土矿物经历了强烈的化学风化作用，盆地内部为暖湿气候。

• the variation of chemical weathering indices with the depth also supported the result of grain size analysis, i. e. parent rock being inhomogenous.

  化学风化指标在剖面的变化也支持了粒度分析结果，即风化壳母巖的不均一性。

• the dissolved and particulate loads of the river are used to estimate the physical erosion and chemical weathering rates over the world drainage basins, respectively.

  讨论了运用河流的颗粒相和溶解相载荷分别去估算机械剥蚀率和化学风化率的科学性及各种计算方法。