lithologically

简明释义

英[lɪˈθɒlədʒɪkli]美[lɪˈθɑːlədʒɪkli]

岩性上

英英释义

单词用法

同义词

反义词

例句

1.Lithologically, A-type granites in the coastal area zone can be further divided into peralkaline and aluminouss ps, while those in the Nanling inland area zone are predominantly of aluminous subgroup.

东南沿海A型花岗岩可区分为过碱性和铝质两种类型，但南岭内陆A型花岗岩基本均属铝质类型。

2.The Qinling Group is lithologically composed of four closely related but different rock sequences, gneiss, amphibolite, metadolerite and marble.

东秦岭秦岭岩群是一套中深变质结晶岩系，主要由片麻岩、斜长角闪岩、变粒岩和大理岩组成。

3.Lithologically, A-type granites in the coastal area zone can be further divided into peralkaline and aluminouss ps, while those in the Nanling inland area zone are predominantly of aluminous subgroup.

东南沿海A型花岗岩可区分为过碱性和铝质两种类型，但南岭内陆A型花岗岩基本均属铝质类型。

4.Rocks to the north and south of the gneiss zone are lithologically and structurally distinct from it.

片麻岩带南北两侧的岩石，在岩性上及构造上都和它大不相同。

5.More than 30 years' surveys in the HLQ region of Qaidam Basin have shown that there exist structurally lithologically complex reservoirs in this area.

经过三十多年的勘探，证实柴达木盆地红柳泉地区存在构造—岩性复合油气藏。

6.Depositional district: lithologically, they are sandy conglomerate, sandstone, siltstone interbedded with mudstone.

沉积区：岩性由砂砾岩、砂岩、粉砂岩夹泥岩组成。

7.To create a geological map, we need to describe each area lithologically">lithologically.

为了制作地质图，我们需要对每个区域进行lithologically">岩石学描述。

8.Geologists often classify formations lithologically">lithologically to understand their history.

地质学家通常从lithologically">岩石学的角度分类地层，以了解它们的历史。

9.The rock samples were analyzed lithologically">lithologically to determine their composition.

岩石样本被分析了lithologically">岩石学上以确定其成分。

10.The study focused on the lithologically">lithologically distinct layers of sediment.

该研究集中在沉积物中lithologically">岩石学上不同的层次。

11.Samples were collected from various sites and examined lithologically">lithologically for comparison.

样本从多个地点收集，并进行了lithologically">岩石学上的比较分析。

作文

In the study of geology, understanding the composition and characteristics of rocks is crucial for interpreting Earth's history. One of the key terms that geologists often use is lithologically">lithologically, which refers to the physical and chemical characteristics of rocks. This term is particularly important when discussing the classification of rocks based on their mineral content and texture. For example, when examining sedimentary rocks, geologists might analyze how lithologically">lithologically diverse these rocks are, which can provide insights into the environmental conditions that existed at the time of their formation.Rocks can be categorized into three main types: igneous, metamorphic, and sedimentary. Each of these types has distinct lithologically">lithologically driven features. Igneous rocks, formed from cooled magma or lava, can vary greatly in their mineral composition, leading to a wide range of textures and appearances. For instance, granite is a coarse-grained igneous rock that is lithologically">lithologically different from basalt, which is fine-grained and typically darker in color.Metamorphic rocks, on the other hand, result from the alteration of existing rocks due to heat and pressure. The lithologically">lithologically significant changes that occur during metamorphism can lead to the formation of schist or gneiss, which exhibit foliation and banding. These characteristics can tell geologists about the tectonic processes that have shaped the Earth's crust over millions of years.Sedimentary rocks, which are formed from the accumulation of sediments, also show lithologically">lithologically relevant features. For example, sandstone is composed primarily of sand-sized particles, while limestone is mainly made up of calcium carbonate. The lithologically">lithologically diverse nature of sedimentary rocks can indicate past environments, such as riverbeds, deserts, or ocean floors, providing a record of Earth's geological history.Understanding rocks lithologically">lithologically is essential not only for academic purposes but also for practical applications such as natural resource exploration, environmental assessment, and construction. Geologists utilize this knowledge to locate valuable minerals, assess groundwater resources, and evaluate the stability of geological formations for building projects.In conclusion, the term lithologically">lithologically encapsulates the essence of rock classification and analysis in geology. By examining rocks lithologically">lithologically, scientists can unlock valuable information about the Earth's past and make informed decisions about its future. As we continue to explore our planet, the importance of understanding rocks lithologically">lithologically will only grow, highlighting the interconnectedness of geology with other scientific disciplines and real-world applications.

在地质学研究中，理解岩石的成分和特征对于解读地球历史至关重要。地质学家常用的一个关键术语是lithologically">lithologically，它指的是岩石的物理和化学特征。当讨论基于矿物成分和纹理分类岩石时，这个术语尤为重要。例如，在检查沉积岩时，地质学家可能会分析这些岩石在lithologically">lithologically上的多样性，这可以提供关于其形成时环境条件的见解。岩石可以分为三种主要类型：火成岩、变质岩和沉积岩。这三种类型各自具有独特的lithologically">lithologically 驱动特征。火成岩是由冷却的岩浆或熔岩形成的，其矿物成分差异很大，导致了广泛的纹理和外观。例如，花岗岩是一种粗粒的火成岩，它在lithologically">lithologically 上与玄武岩有显著不同，后者是细粒的，通常颜色较暗。另一方面，变质岩是由于热和压力对现有岩石的改变而形成的。在变质过程中发生的lithologically">lithologically 显著变化可能导致片麻岩或片岩的形成，这些岩石表现出层理和条带。这些特征可以告诉地质学家塑造地壳的构造过程。沉积岩是由沉积物的积累形成的，也显示出lithologically">lithologically 相关的特征。例如，砂岩主要由沙粒组成，而石灰岩主要由碳酸钙构成。沉积岩的lithologically">lithologically 多样性可以指示过去的环境，例如河床、沙漠或海底，为地球的地质历史提供记录。从学术角度来看，理解岩石lithologically">lithologically 不仅重要，还对自然资源勘探、环境评估和建筑等实际应用至关重要。地质学家利用这些知识寻找有价值的矿物，评估地下水资源，并评估地质构造的稳定性，以便进行建筑项目。总之，术语lithologically">lithologically 概括了地质学中岩石分类和分析的本质。通过lithologically">lithologically 检查岩石，科学家可以解锁有关地球过去的宝贵信息，并就其未来做出明智的决策。随着我们继续探索我们的星球，理解岩石lithologically">lithologically 的重要性只会增加，突显出地质学与其他科学学科及现实世界应用之间的相互联系。