nappe

简明释义

英[næp]美[næp]

n. 推覆体；等分半圆锥

n. （Nappe）（美、法）纳普（人名）

英英释义

单词用法

同义词

反义词

例句

1.The Ruzhou coalfield lies at the front part of thrusting nappe structural zone western Henan sector, south margin of the North China plate.

汝州煤田位于华北板块南缘逆冲推覆构造带豫西段前锋部位，区内逆冲推覆构造较发育。

2.Their features and development are markedly different form those of Alpine-type nappe found in geosynclinal-folded belts.

其地质背景特征与发育于地糟褶皱带的阿尔卑斯式推覆构造有明显的差别。

3.This nappe group is divided into several imbricates by several tear faults, each of which has different features with respect to its shape and structure.

该推覆体由数条撕裂断层分为几个叠瓦体，各有不同的形态、结构特征。

4.The main type of the west margin tectonics belt of the Ordos massif is characterised by thrust nappe.

鄂尔多斯地块西缘构造带的主要形式是逆冲推覆构造。

5.On the lateral border of the nappe, lateral and oblique fault-slope secondary fault-related folded anticlines parallel to boundary faults were developed.

推覆体侧缘发育了与边界断层平行的侧断坡、斜断坡次级断层相关褶皱背斜；

6.This nappe group is divided into several imbricates by several tear faults, each of which has different features with respect to its shape and structure.

该推覆体由数条撕裂断层分为几个叠瓦体，各有不同的形态、结构特征。

7.In 1976, authors first suggested that there were nappes in Maoshan mountain and Suzhou area, and in 1984 the nappe in Yixing was discovered again.

1976年，笔者在苏南茅山和苏州地区首次提出推覆构造的存在。 到了1984年，又在宜兴地区发现了推覆构造。

8.Then, the regional structure characteristics and distribution pattern are analyzed and the importance of thrust nappe fault is emphasized especially.

然后分析区域构造特征和展布格局，特别强调逆冲推覆断裂的重要性；

9.The table was beautifully set with a white nappe.

桌子上铺着一块漂亮的白色桌布。

10.She decided to buy a new nappe for the dining room.

她决定为餐厅买一块新的桌布。

11.He spilled wine on the nappe during dinner.

他在晚餐时把酒洒在了桌布上。

12.The restaurant uses a red and white checkered nappe for a classic look.

这家餐厅使用红白格子桌布来营造经典的氛围。

13.After washing, the nappe looked fresh and clean.

洗完后，桌布看起来清新干净。

作文

In the study of geology, the term nappe refers to a large sheet-like body of rock that has been displaced from its original position, typically during tectonic movements. Understanding the concept of nappe is crucial for geologists as it helps explain the complex structures found in mountain ranges and other geological formations. For instance, when two tectonic plates collide, one plate may be forced over the other, resulting in the formation of a nappe. This process can create dramatic landscapes, including rugged mountains and deep valleys. The study of nappes not only enhances our understanding of Earth's geological processes but also provides insights into the history of our planet's surface. Geologists often analyze the characteristics of nappes to determine their origins and the forces that shaped them. Different types of nappes can be identified based on their composition, age, and the specific tectonic events that led to their formation. For example, some nappes may consist primarily of sedimentary rocks, while others might be composed of metamorphic or igneous rocks. This diversity reflects the various geological processes at play, such as erosion, sedimentation, and volcanic activity. The concept of nappe is not only important for academic research but also has practical applications. In the field of natural resource exploration, understanding the distribution of nappes can help geologists locate valuable resources like oil, gas, and minerals. By studying the geological history of an area, they can predict where these resources might be found, making the exploration process more efficient and targeted. Moreover, nappes can also influence the stability of the land. In regions where nappes are prevalent, there may be an increased risk of landslides or other geological hazards. Therefore, engineers and urban planners must consider the presence of nappes when designing infrastructure or planning new developments. By understanding the geological context, they can mitigate risks and ensure the safety of communities living in these areas. In conclusion, the term nappe encapsulates a significant aspect of geological science, representing the movement and deformation of rock layers under tectonic forces. Its implications extend beyond academic research to real-world applications in resource exploration and land use planning. As we continue to study the Earth's geological features, the understanding of nappes will undoubtedly play a vital role in our quest to comprehend the dynamic processes that shape our planet. Through ongoing research and exploration, we can further unravel the mysteries of nappes and their impact on the Earth’s landscape and resources.

在地质学研究中，术语nappe指的是一种大规模的片状岩石体，它通常在构造运动过程中从其原始位置被位移。理解nappe的概念对于地质学家至关重要，因为它有助于解释在山脉和其他地质结构中发现的复杂结构。例如，当两个构造板块相撞时，一个板块可能会被迫覆盖在另一个板块之上，从而形成nappe。这一过程可以创造出戏剧性的地貌，包括崎岖的山脉和深邃的山谷。对nappe的研究不仅增强了我们对地球地质过程的理解，还提供了对我们星球表面历史的洞察。 地质学家通常分析nappe的特征，以确定其起源和塑造它们的力量。根据其组成、年龄以及导致其形成的特定构造事件，可以识别出不同类型的nappe。例如，一些nappe可能主要由沉积岩组成，而其他的可能由变质岩或火成岩构成。这种多样性反映了各种地质过程的作用，如侵蚀、沉积和火山活动。 nappe的概念不仅对学术研究重要，还有实际应用。在自然资源勘探领域，了解nappe的分布可以帮助地质学家定位石油、天然气和矿物等有价值的资源。通过研究某个地区的地质历史，他们可以预测这些资源可能出现的位置，从而使勘探过程更加高效和有针对性。 此外，nappe还可能影响土地的稳定性。在nappe普遍存在的地区，可能会增加滑坡或其他地质灾害的风险。因此，工程师和城市规划者在设计基础设施或规划新开发项目时，必须考虑nappe的存在。通过理解地质背景，他们可以减轻风险，确保居住在这些地区的社区的安全。 总之，术语nappe概括了地质科学的重要方面，代表了岩层在构造力量下的运动和变形。其影响超越了学术研究，延伸到资源勘探和土地使用规划的实际应用。随着我们继续研究地球的地质特征，对nappe的理解无疑将在我们探索塑造我们星球的动态过程的过程中发挥重要作用。通过持续的研究和探索，我们可以进一步揭开nappe的神秘面纱及其对地球地貌和资源的影响。