lithological

简明释义

英[lɪθəˈlɒdʒɪkəl]美[lɪθəˈlɑdʒɪkəl]

adj. 岩性的；岩石的

英英释义

单词用法

同义词

反义词

例句

1.But meanwhile, the data fusion coming from the coherence of different polarizations in the polarimetric data produces more error for lithological classification.

但是，由于不同极化状态回波信号之间的相关性，极化数据不可避免地产生数据冗余，反而增大了岩性分类的误差。

2.The development of dissolution is controlled by sedimentary and lithological features of reservior sands, and early diagenesis.

溶蚀作用的发育程度受控于储层砂体的沉积和岩石学特征以及早期成岩发育程度。

3.Lithological character and geologic structure determine the landform pattern and its evolution in Tangshan area, Nanjing.

岩性和构造控制了南京汤山地区的地貌格局和碳酸盐岩山地岩溶地貌发育。

4.The paper deals with the types and lithological features of the serpentinization altered rocks. The relationship between the rocks and the mineralization of copper is discussed.

研究了小寺沟铜钼矿床蛇纹石化蚀变岩的类型、岩性特征及其形成作用，并论述了蛇纹石化蚀变岩与铜矿化的关系。

5.The paper has reviewed lithological character and spatial distribution of magmatite and its influences to the coal - bed, coal quality and mining technological conditions.

论述了昌福山井田岩浆岩岩性特征，空间分布及对煤层、煤质和开采技术条件的影响。

6.Composite reservoirs, including structuro lithological and structuro stratigraphic reservoirs.

复合型（主要包括构造岩性型和构造地层型）。

7.The mechanical properties of the sedimentary rock mass structures depend on the lithological characteristics of rock and different types of structure planes.

沉积岩体结构的力学特征是由沉积岩石的岩性和岩体中各种类型结构面所决定。

8.The geologist examined the lithological 岩石学的 features of the rock samples collected from the site.

地质学家检查了从现场收集的岩石样本的岩石学的特征。

9.Understanding the lithological 岩石学的 composition is crucial for predicting the behavior of the reservoir.

了解岩石学的成分对于预测储层的行为至关重要。

10.The lithological 岩石学的 analysis revealed a variety of minerals in the sediment.

该岩石学的分析揭示了沉积物中多种矿物。

11.In this region, the lithological 岩石学的 characteristics indicate a history of volcanic activity.

在这个地区，岩石学的特征表明有火山活动的历史。

12.The research focused on the lithological 岩石学的 differences between the two mountain ranges.

研究集中在两座山脉之间的岩石学的差异。

作文

The study of rocks and their properties is essential for understanding the Earth's history and processes. One of the key aspects of this study is the examination of the lithological 岩石学的 characteristics of different rock types. Lithology refers to the physical and chemical composition of rocks, including their mineral content, grain size, texture, and color. By analyzing these features, geologists can gain insights into the conditions under which the rocks formed, as well as the geological events that have shaped the Earth over millions of years. In many regions, the lithological 岩石学的 analysis reveals a complex history. For instance, sedimentary rocks often contain fossils that provide evidence of past life and environmental conditions. These fossils can help scientists reconstruct ancient ecosystems and understand how they changed over time. Additionally, the lithological 岩石学的 study of volcanic rocks can inform researchers about past volcanic activity, which is crucial for assessing potential hazards in volcanic regions. Furthermore, the lithological 岩石学的 characteristics of rocks can also influence natural resources such as groundwater and minerals. For example, certain rock types may act as aquifers, allowing water to flow through them and be stored for human use. Understanding the lithological 岩石学的 properties of these rocks can aid in the sustainable management of water resources. Similarly, the presence of valuable minerals can be linked to specific lithological 岩石学的 formations, making it essential for mining operations to conduct thorough geological surveys. In addition to practical applications, the lithological 岩石学的 study of rocks enriches our understanding of the Earth's geological processes. For example, by examining the lithological 岩石学的 features of metamorphic rocks, scientists can learn about the conditions of temperature and pressure that existed deep within the Earth. This information is vital for piecing together the tectonic history of a region and understanding how continents have shifted and collided over geological time. In conclusion, the lithological 岩石学的 study of rocks is a fundamental aspect of geology that provides valuable insights into the Earth's past, present, and future. Whether investigating ancient ecosystems through sedimentary rocks or assessing natural resources through various rock types, the importance of lithological 岩石学的 characteristics cannot be overstated. As we continue to explore and understand our planet, the role of lithology will remain central to our efforts in geology and environmental science.