cataclastic

简明释义

英[kætəˈklæstɪk]美[ˌkætəˈklæstɪk]

adj. 碎裂的

英英释义

单词用法

同义词

反义词

例句

1.Further suggested are the conceptions of the image and the spectrum of slide resistance factor to illustrate the unevenness of the stability of cataclastic rock slope.

进而提出了抗滑系数图和抗滑系数谱的概念，以反映碎裂岩体稳定因素的不均匀性。

2.Further suggested are the conceptions of the image and the spectrum of slide resistance factor to illustrate the unevenness of the stability of cataclastic rock slope.

进而提出了抗滑系数图和抗滑系数谱的概念，以反映碎裂岩体稳定因素的不均匀性。

3.It is suggested that the thickness of primary coal and cataclastic coal is availability thickness for estimating favorable blocks and calculating CBM resource.

提出应以原生-碎裂煤厚度作为有利区块评价和资源量计算的有效煤厚；

4.The later stage of mineralization is of ductile-brittle shearing and brittle shearing, which formed cataclastic quartz-vein type Au deposit.

晚期形成碎裂石英脉型金矿、属韧-脆性和脆性成矿期。

5.Pangxidong deposit is one of the typical altered cataclastic rock type Ag (Au) deposit in the Northwest Guangdong province.

庞西垌银(金)矿床是粤西北地区构造蚀变岩型银(金)矿床的典型代表之一。

6.The repeated mining face layout, equipment selection and extraction technology with cataclastic roof had been designed.

对碎裂顶板复采工作面布置、设备选型和回采工艺等进行了设计。

7.Fault rocks with a random fabric include fault breccia, fault gouge, pseudotachylyte and cataclastic rocks.

具有紊乱组构的断层岩包括断层角砾岩、断层泥、假玄武玻璃以及碎裂岩。

8.The tectonites are characterized by macroscopic cataclastic and microscopic mylonitic structures.

宏观碎裂结构与微观糜棱状结构是断层构造岩的主要特点。

9.The second type of it is brittle rheology, and is due to cataclastic flow.

造成不同类型流变的原因一是动力的功能作用；

10.Ductile cataclastic flow of sandstone leads to the collapse of pores.

砂岩的韧性碎屑流动导致了孔隙的破裂。

11.The geologist explained that the rock formation was primarily cataclastic 破碎的 due to intense pressure and heat over millions of years.

地质学家解释说，这种岩石结构主要是由于数百万年的强烈压力和热量而形成的破碎的。

12.In cataclastic 破碎的 rocks, the grains are often angular and poorly sorted, indicating a violent history.

在破碎的岩石中，颗粒通常是角状的且分选不良，表明其经历了剧烈的历史。

13.The cataclastic 破碎的 nature of the fault zone made it difficult for engineers to design stable foundations.

断层带的破碎的特性使得工程师很难设计出稳定的基础。

14.During the earthquake, the cataclastic 破碎的 rocks shifted dramatically, altering the landscape.

在地震期间，破碎的岩石剧烈移动，改变了地貌。

15.The team collected samples from the cataclastic 破碎的 layers to study their composition and formation processes.

团队从破碎的层中收集样本，以研究其成分和形成过程。

作文

In the study of geology, the term cataclastic refers to a type of rock that has been formed through the process of cataclasis, which involves the crushing and fracturing of pre-existing rocks. This process often occurs during tectonic movements, where immense pressure is applied to rocks, causing them to break down into smaller fragments. The resulting cataclastic rocks are characterized by their angular fragments and a lack of cohesion, making them distinct from other types of sedimentary or metamorphic rocks. Understanding cataclastic rocks is essential for geologists, as they can provide valuable insights into the geological history of an area, including past tectonic activity and the conditions under which the rocks were formed. For example, when examining areas that have experienced significant seismic activity, one might encounter a variety of cataclastic materials. These materials can serve as indicators of the strength and direction of past earthquakes. By studying the orientation and size of the fragments within cataclastic rocks, geologists can reconstruct the forces that shaped the landscape over millions of years. Moreover, these rocks can also play a crucial role in understanding natural resources, such as oil and gas reservoirs, which may be trapped within the fractures created during the cataclasis process. The formation of cataclastic rocks is not merely a geological curiosity; it has practical implications for civil engineering and construction. When building infrastructure in seismically active regions, engineers must consider the presence of cataclastic materials, as they can affect the stability and integrity of structures. For instance, if a foundation is laid on a bed of cataclastic rock, the potential for further movement or settling could compromise the safety of buildings and roads. In addition to their physical characteristics, cataclastic rocks can also be aesthetically interesting. Their unique textures and patterns, formed by the chaotic arrangement of fractured fragments, can create visually striking landscapes. Some artists and photographers are drawn to these formations, capturing their beauty in various mediums. This artistic appreciation of cataclastic rocks highlights the intersection between science and art, where natural phenomena inspire creativity and exploration. As we delve deeper into the world of geology, the significance of cataclastic rocks becomes increasingly apparent. They are not just remnants of past geological events; they are dynamic indicators of the Earth's ongoing processes. By studying these rocks, we gain a better understanding of our planet's history and the forces that shape it. Whether for scientific research, engineering applications, or artistic inspiration, cataclastic rocks hold a wealth of information waiting to be uncovered. In conclusion, the term cataclastic encapsulates a fascinating aspect of geology that bridges the gap between natural history and contemporary challenges, reminding us of the ever-changing nature of our Earth.

在地质学研究中，术语cataclastic指的是一种通过破碎和粉碎现有岩石的过程形成的岩石，这个过程称为cataclasis。通常在构造运动期间发生，其中巨大的压力施加在岩石上，导致它们破裂成较小的碎片。生成的cataclastic岩石以其角状碎片和缺乏凝聚力为特征，使其与其他类型的沉积岩或变质岩明显不同。理解cataclastic岩石对地质学家来说至关重要，因为它们可以提供有关某个地区地质历史的宝贵见解，包括过去的构造活动及岩石形成时的条件。 例如，在检查经历过重大地震活动的地区时，人们可能会遇到各种cataclastic材料。这些材料可以作为过去地震强度和方向的指示器。通过研究cataclastic岩石内碎片的方向和大小，地质学家能够重建塑造景观的力量。此外，这些岩石在理解自然资源（如可能被困在破碎过程中形成的油气储层）方面也起着关键作用。 cataclastic岩石的形成不仅仅是地质学的好奇心；它在土木工程和建筑中也具有实际意义。在地震活动频繁的地区建设基础设施时，工程师必须考虑cataclastic材料的存在，因为它们可能影响结构的稳定性和完整性。例如，如果基础建立在cataclastic岩石的床上，进一步的运动或沉降的潜力可能会危及建筑物和道路的安全。 除了其物理特征，cataclastic岩石在美学上也颇具趣味。由于破碎碎片的混乱排列形成的独特纹理和图案，可以创造出视觉上引人注目的景观。一些艺术家和摄影师被这些形态所吸引，在各种媒介中捕捉它们的美。这种对cataclastic岩石的艺术欣赏突显了科学与艺术之间的交集，自然现象激发了创造力和探索。 随着我们深入地质学的世界，cataclastic岩石的重要性愈加明显。它们不仅是过去地质事件的遗迹；它们是地球持续进程的动态指示器。通过研究这些岩石，我们更好地理解我们星球的历史以及塑造它的力量。无论是为了科学研究、工程应用还是艺术灵感，cataclastic岩石都蕴含着等待被揭示的丰富信息。总之，术语cataclastic概括了地质学的一个迷人方面，架起了自然历史与当代挑战之间的桥梁，提醒我们地球的不断变化。