fissure

简明释义

英[ˈfɪʃə(r)]美[ˈfɪʃər]

n. 裂缝，（尤指岩石上的）裂沟；分歧

vt. （使）裂开，分裂

复 数 f i s s u r e s

第 三 人 称 单 数 f i s s u r e s

现 在 分 词 f i s s u r i n g

过 去 式 f i s s u r e d

过 去 分 词 f i s s u r e d

英英释义

单词用法

同义词

反义词

例句

1.A 25-kilometre-long fissure erupted 12 km3 of lava over the course of seven months.

25 k m长的裂缝在7个月内喷发了12km3的熔岩。

2.The New York of Newland Archer's day was a small and slippery pyramid, in which, as yet, hardly a fissure had been made or a foothold gained.

在纽兰·阿切尔那个时代，纽约的上流社会还是个滑溜溜的小金字塔，人们很难在上面开凿裂缝，找到立足点。

3.Recently this has included methane odors in San Diego, a huge fissure in Arizona, and yet another Mississippi bridge needing repair.

最近这包括圣地亚哥的甲烷气味，亚利桑那的巨大裂缝，还有密西西比河上另一座桥需要修理。

4.The image of the inferior oblique fissure can be showed by the CT scan.

CT扫描可显示下斜裂的图像。

5.Till a fish with a grin, pulled the fisherman in. Now they're fishing in the fissure for Fisher.

有一条露齿笑的鱼，把渔夫拉进来，现在它们在裂缝里帮费希尔钓鱼。

6.A good cast of Fissure can isolate an opponent and cut off their escape. Practice often to achieve devastating results.

一个好的沟壑可以孤立你的敌人，切断他们的退路。多练习就能达到这种分隔的效果。

7.UDEC simulation results show that the porosity of overburden rock fissure field in goaf and its curve is saddle-shaped.

UDEC模拟结果表明，采空区覆岩裂隙区域孔隙率曲线呈鞍状分布。

8.A Finnish fisher named fisher failed to fish any fish one Friday afternoon and finally he found out a big fissure in his fishing net.

一个名叫费希尔的芬兰渔民在一个星期五的下午未能捕捉到任何鱼，结果他发现他的渔网上有一个大裂口。

9.The earthquake caused a deep fissure in the ground.

地震造成了地面上的深裂缝。

10.The doctor found a small fissure in the patient's bone during the X-ray.

医生在X光检查中发现患者骨头上有一个小的裂缝。

11.There was a fissure in their friendship after the argument.

争吵后，他们的友谊出现了一个裂缝。

12.The geologist studied the fissure to understand volcanic activity.

地质学家研究这个裂缝以了解火山活动。

13.A fissure in the ice made it dangerous for the climbers.

冰层上的一条裂缝使登山者面临危险。

作文

In the vast expanse of geological formations, one can often observe various structures that tell the story of the Earth's dynamic processes. Among these structures, a particularly intriguing feature is the fissure, which refers to a narrow opening or crack in the Earth's surface. These fissures can be formed through a variety of natural processes, including volcanic activity, tectonic movements, and erosion. Understanding the formation and significance of fissures provides insight into the Earth's history and its ever-changing landscape. One of the most common types of fissures is associated with volcanic activity. When magma from beneath the Earth's crust forces its way to the surface, it can create a network of fissures that allow gases and lava to escape. This phenomenon can lead to the formation of new landforms, such as lava fields and volcanic islands. The eruption of a volcano often results in the widening of existing fissures, which can significantly alter the surrounding environment. For instance, the famous Kilauea volcano in Hawaii has produced numerous fissures over the years, each contributing to the island's growth and changing topography. Moreover, fissures are not limited to volcanic regions. In tectonically active areas, the movement of the Earth's plates can create stress along fault lines, leading to the development of fissures. These cracks can vary in size and depth, some extending several kilometers into the Earth. The San Andreas Fault in California is a prime example of a tectonic fissure that has shaped the region's geography and has been the site of significant seismic activity. Understanding these fissures is crucial for geologists and seismologists who study earthquakes and their impacts on human settlements. Erosion also plays a significant role in the formation of fissures. Over time, water, wind, and ice can wear away rock and soil, creating cracks and openings in the landscape. This process can lead to the formation of dramatic features such as canyons and gorges, where fissures serve as pathways for rivers and streams. The Grand Canyon, for example, showcases how continuous erosion has carved out deep fissures in the rock, revealing layers of geological history that date back millions of years. In addition to their geological significance, fissures can also have ecological implications. Many species of plants and animals thrive in these narrow openings, finding shelter and resources in the unique microhabitats that fissures create. For instance, certain orchids and mosses are known to grow in the moist environments found within fissures, demonstrating the interconnectedness of geological processes and biological diversity. In conclusion, fissures are more than just cracks in the Earth's surface; they are vital components of our planet's geological and ecological systems. Whether formed by volcanic activity, tectonic movements, or erosion, fissures provide valuable insights into the Earth's history and its ongoing transformations. As we continue to study these fascinating features, we gain a deeper appreciation for the complexity of our planet and the forces that shape it every day.

在广袤的地质构造中，人们常常可以观察到各种结构，这些结构讲述了地球动态过程的故事。在这些结构中，一个特别引人入胜的特征是裂缝，它指的是地球表面上的狭窄开口或裂缝。这些裂缝可以通过多种自然过程形成，包括火山活动、构造运动和侵蚀。理解裂缝的形成及其重要性提供了对地球历史和不断变化的地貌的深入了解。 最常见的裂缝类型之一与火山活动有关。当来自地球内部的岩浆强行向表面涌出时，它可以创建一系列裂缝，使气体和熔岩得以逃逸。这种现象可以导致新地形的形成，例如熔岩场和火山岛。火山的喷发通常会导致现有裂缝的扩大，这可能会显著改变周围环境。例如，夏威夷著名的基拉韦厄火山多年来产生了无数裂缝，每一个都为该岛的增长和地形变化做出了贡献。 此外，裂缝并不仅限于火山地区。在构造活跃区域，地壳板块的运动可以在断层线上造成应力，导致裂缝的形成。这些裂缝的大小和深度各异，有些延伸几公里到地球内部。加利福尼亚州的圣安德烈亚斯断层就是一个典型的构造裂缝，它塑造了该地区的地理，并成为重大地震活动的发生地。理解这些裂缝对研究地震及其对人类定居点影响的地质学家和地震学家至关重要。 侵蚀同样在裂缝的形成中发挥着重要作用。随着时间的推移，水、风和冰可以侵蚀岩石和土壤，创造出地貌中的裂缝和开口。这个过程可以导致戏剧性特征的形成，如峡谷和沟壑，在这些地方，裂缝作为河流和溪流的通道。大峡谷就是一个例子，展示了持续的侵蚀如何在岩石中雕刻出深深的裂缝，揭示了可追溯到数百万年前的地质历史层。 除了地质意义外，裂缝也可能具有生态影响。许多植物和动物物种在这些狭窄的开口中繁荣生长，在裂缝创造的独特微生境中找到庇护和资源。例如，某些兰花和苔藓已知在湿润的环境中生长，这些环境存在于裂缝内，展示了地质过程与生物多样性之间的相互联系。 总之，裂缝不仅仅是地球表面的裂缝；它们是我们星球地质和生态系统的重要组成部分。无论是通过火山活动、构造运动还是侵蚀形成，裂缝都提供了对地球历史及其持续转变的宝贵见解。随着我们继续研究这些迷人的特征，我们对我们星球的复杂性以及塑造它的力量有了更深的欣赏。