cataclasis

简明释义

英[ˌkætəˈkleɪsɪs]美[ˌkætəˈkleɪsɪs]

n. 岩石碎裂；[地质] 碎裂作用；骨折

复 数 c a t a c l a s e s

英英释义

单词用法

同义词

反义词

例句

1.And the strong karstification in the same direction as layer and cataclasis create by tectonic stress are the control factors of Ordovician carbonate karst reservoir development.

而强烈的顺层岩溶作用和构造应力引发的破裂作用是轮古东地区奥陶系碳酸盐岩岩溶型储层发育的主控因素。

2.Objective: To. find material of curing scutum cataclasis.

目的探讨髌骨骨折内固定材料的临床应用。

3.And the strong karstification in the same direction as layer and cataclasis create by tectonic stress are the control factors of Ordovician carbonate karst reservoir development.

而强烈的顺层岩溶作用和构造应力引发的破裂作用是轮古东地区奥陶系碳酸盐岩岩溶型储层发育的主控因素。

4.The formation of new minerals can be attributed to cataclasis 破碎作用 in metamorphic rocks.

新矿物的形成可以归因于变质岩中的破碎作用。

5.The scientist explained that cataclasis 破碎作用 is a key process in fault mechanics.

科学家解释说，破碎作用是断层力学中的一个关键过程。

6.The geological study revealed evidence of cataclasis 破碎作用 in the rock layers.

地质研究揭示了岩层中存在破碎作用的证据。

7.Researchers are studying the effects of cataclasis 破碎作用 on the stability of mountain ranges.

研究人员正在研究破碎作用对山脉稳定性的影响。

8.During an earthquake, cataclasis 破碎作用 can cause significant changes in the Earth's crust.

在地震期间，破碎作用可能导致地壳发生重大变化。

作文

In the field of geology, the term cataclasis refers to the process of fragmentation and deformation of rocks due to mechanical stress. This phenomenon occurs when rocks are subjected to intense pressure, often during tectonic movements such as earthquakes or the shifting of tectonic plates. The result of cataclasis is the formation of smaller rock fragments and a reorganization of the mineral structure, leading to what is commonly known as fault zones. Understanding cataclasis is crucial for geologists, as it helps them to interpret the history of geological formations and the dynamics of Earth’s crust.The study of cataclasis not only reveals the physical changes in rock but also provides insights into the conditions under which these changes occur. For instance, in areas where significant cataclasis has taken place, researchers can infer that the region has experienced considerable tectonic activity. This understanding is vital for assessing geological hazards, as regions with active faults are more susceptible to earthquakes.Moreover, cataclasis plays a significant role in the creation of new geological features. As rocks break apart and are rearranged, they can lead to the formation of new landscapes, such as valleys and ridges. These geological processes contribute to the ongoing evolution of the Earth's surface, making cataclasis an essential concept in understanding geomorphology.In addition to its geological implications, cataclasis serves as a metaphor in various fields, including psychology and sociology. Just as rocks undergo fragmentation under pressure, individuals and societies may experience similar stresses that lead to a breakdown of structures and relationships. In psychology, this can be related to how people respond to trauma or extreme stress, often resulting in a need to rebuild and reorganize their lives. Similarly, in sociology, communities facing significant challenges may go through a period of cataclasis, where traditional norms and values are questioned and redefined.In conclusion, cataclasis is a multifaceted term with significant implications in both geology and broader human experiences. By studying the mechanical processes involved in cataclasis, we not only gain insight into the physical world but also draw parallels to the human condition. The ability to adapt and reorganize after experiencing fragmentation, whether in rocks or in our lives, is a testament to resilience. As we continue to explore the concept of cataclasis, we uncover valuable lessons about change, adaptation, and the ongoing processes that shape both our planet and our lives.

在地质学领域，术语cataclasis指的是由于机械应力导致岩石的碎裂和变形的过程。这种现象发生在岩石受到强大压力时，通常是在地震或构造板块移动等构造运动期间。cataclasis的结果是形成较小的岩石碎片以及矿物结构的重组，导致通常所称的断层带。理解cataclasis对地质学家至关重要，因为它帮助他们解释地质构造的历史和地球地壳的动态。对cataclasis的研究不仅揭示了岩石的物理变化，还提供了有关这些变化发生条件的见解。例如，在发生显著cataclasis的地区，研究人员可以推断该地区经历了相当大的构造活动。这种理解对评估地质灾害至关重要，因为活跃断层区域更容易发生地震。此外，cataclasis在新地质特征的形成中也发挥着重要作用。当岩石破裂并重新排列时，它们可能导致新景观的形成，如山谷和山脊。这些地质过程有助于地球表面的持续演变，使cataclasis成为理解地貌学的一个重要概念。除了其地质意义外，cataclasis在心理学和社会学等多个领域也作为隐喻存在。正如岩石在压力下经历碎裂，个人和社会也可能经历类似的压力，导致结构和关系的崩溃。在心理学中，这可以与人们如何应对创伤或极端压力相关，通常导致他们需要重建和重新组织自己的生活。同样，在社会学中，面临重大挑战的社区可能经历一段cataclasis时期，在这一时期，传统的规范和价值观受到质疑并重新定义。总之，cataclasis是一个多方面的术语，在地质学和更广泛的人类经历中具有重要意义。通过研究涉及cataclasis的机械过程，我们不仅获得了对物理世界的深入了解，还能发现与人类状况的相似之处。经历碎裂后适应和重组的能力，无论是在岩石还是在我们的生活中，都是韧性的证明。当我们继续探索cataclasis的概念时，我们揭示了关于变化、适应以及塑造我们星球和生活的持续过程的宝贵教训。