greisenization

简明释义

英[ˌɡraɪzənaɪˈzeɪʃən]美[ˌɡraɪzənɪˈzeʃən]

n. [地质] 云英岩化

英英释义

单词用法

同义词

反义词

例句

1.Research indicates that the main ore-controlling factors are intrusion of granitic magma, multiple activities of regional faults and greisenization.

研究认为花岗岩浆的侵位、区域性断裂的多次脉动作用及蚀变作用是区内钨锡矿形成的重要控制因素。

2.Research indicates that the main ore-controlling factors are intrusion of granitic magma, multiple activities of regional faults and greisenization.

研究认为花岗岩浆的侵位、区域性断裂的多次脉动作用及蚀变作用是区内钨锡矿形成的重要控制因素。

3.Carbonatization and greisenization are closely related to sn-w mineralization.

其中碳酸盐化、云英岩化与锡、铜、钨矿化密切相关。

4.The study highlighted the process of greisenization, which refers to the alteration of granite into a more mineral-rich rock.

这项研究强调了花岗岩化的过程，指的是花岗岩转变为一种矿物质更丰富的岩石。

5.Geologists observed greisenization in the area, indicating significant hydrothermal activity.

地质学家在该地区观察到花岗岩化，这表明有显著的热液活动。

6.The greisenization of the rock was evident after years of exposure to high temperatures and pressure.

经过多年暴露于高温和压力下，岩石的花岗岩化明显可见。

7.Mining companies often seek areas with signs of greisenization as it may indicate valuable mineral deposits.

矿业公司通常寻找有花岗岩化迹象的区域，因为这可能表明有价值的矿藏。

8.The greisenization process can lead to the formation of tin and tungsten ores.

花岗岩化过程可以导致锡和钨矿石的形成。

作文

In the study of geology, various terms are used to describe specific processes that occur within the earth's crust. One such term is greisenization, which refers to a metamorphic process involving the alteration of granite into a more complex rock known as greisen. This transformation occurs primarily due to hydrothermal activity, where hot, mineral-rich fluids interact with the existing granite. The result is a rock that is enriched in mica and quartz, often exhibiting a unique texture and composition. Understanding greisenization is crucial for geologists, as it can provide insights into the geological history of an area and the conditions that led to the formation of certain mineral deposits. The significance of greisenization extends beyond just the alteration of granite. It plays a vital role in the formation of valuable mineral resources, particularly tin and tungsten ores. As the hydrothermal fluids move through the granite, they can deposit these minerals, leading to economically important ore bodies. Therefore, studying the process of greisenization can aid in the exploration and extraction of these resources, contributing to the mining industry and local economies. Moreover, greisenization serves as an example of how geological processes can influence the landscape and ecology of an area. The presence of greisenized rock can affect soil composition, drainage patterns, and even the types of vegetation that thrive in a region. For instance, areas with significant greisenization may have distinct plant communities adapted to the unique soil chemistry resulting from the alteration of granite. In addition to its geological implications, greisenization can also be seen as a metaphor for change and transformation in other fields. Just as granite undergoes a metamorphosis into greisen through external influences, individuals and societies experience their own forms of greisenization. This could manifest as personal growth, cultural evolution, or societal shifts driven by external pressures or internal reflections. Understanding this metaphorical aspect can enrich discussions in psychology, sociology, and even literature, where themes of transformation are prevalent. In conclusion, greisenization is more than just a geological term; it encapsulates a process of transformation that has far-reaching implications both in the natural world and in human contexts. By studying greisenization, we gain valuable insights into the earth's history, resource management, and even philosophical reflections on change. As we continue to explore the complexities of our planet, terms like greisenization remind us of the intricate connections between geological processes and the broader narratives of life and growth.

在地质学研究中，使用各种术语来描述发生在地壳内的特定过程。其中一个术语是greisenization，指的是一种变质过程，涉及花岗岩转变为一种更复杂的岩石，称为greisen。这种转变主要是由于热液活动的影响，其中热的富矿液体与现有的花岗岩相互作用。结果是一种富含云母和石英的岩石，通常表现出独特的纹理和成分。理解greisenization对于地质学家至关重要，因为它可以提供对某一地区地质历史的洞察，以及导致某些矿产沉积形成的条件。 greisenization的重要性不仅限于花岗岩的改变。它在形成有价值的矿产资源方面发挥着重要作用，特别是锡和钨矿石。随着热液流体通过花岗岩移动，它们可以沉积这些矿物，导致经济上重要的矿体。因此，研究greisenization的过程可以帮助探索和提取这些资源，为采矿业和地方经济做出贡献。 此外，greisenization作为一种地质过程如何影响一个地区的景观和生态也值得关注。greisen化岩石的存在可能会影响土壤成分、排水模式，甚至是某个地区生长的植物类型。例如，具有显著greisenization的地区可能有独特的植物群落，适应因花岗岩改变而导致的独特土壤化学成分。 除了其地质意义外，greisenization还可以被视为其他领域中变化和转型的隐喻。就像花岗岩在外部影响下经历蜕变成greisen一样，个人和社会也经历着自己的greisenization形式。这可能表现为个人成长、文化演变或由外部压力或内部反思驱动的社会变迁。理解这一隐喻方面可以丰富心理学、社会学甚至文学中关于转型主题的讨论。 总之，greisenization不仅仅是一个地质术语；它概括了一种转型过程，对自然界和人类背景都有深远的影响。通过研究greisenization，我们获得了对地球历史、资源管理甚至对变化哲学反思的宝贵见解。当我们继续探索我们星球的复杂性时，像greisenization这样的术语提醒我们，地质过程与生活和成长的更广泛叙事之间存在着错综复杂的联系。