deformed ice

简明释义

畸形堆冰

英英释义

例句

1.The team studied the formation of deformed ice 变形冰 in the Arctic to understand climate change effects.

团队研究了北极地区deformed ice 变形冰的形成，以了解气候变化的影响。

2.Ice skaters must be cautious of deformed ice 变形冰 on the rink, as it can cause falls and injuries.

冰上滑冰者必须小心溜冰场上的deformed ice 变形冰，因为它可能导致摔倒和受伤。

3.The deformed ice 变形冰 created unique patterns that fascinated the photographers at the lake.

湖面上的deformed ice 变形冰形成了独特的图案，吸引了摄影师的注意。

4.During the winter hike, we encountered patches of deformed ice 变形冰 that were treacherous to walk on.

在冬季徒步旅行中，我们遇到了几块滑溜的deformed ice 变形冰，走上去非常危险。

5.The researchers observed that the glacier was melting, leading to areas of deformed ice 变形冰 that were unstable.

研究人员观察到冰川正在融化，导致出现不稳定的deformed ice 变形冰区域。

作文

In the study of glaciology, one of the fascinating phenomena observed is the formation and behavior of ice under various environmental conditions. Among these, deformed ice refers to ice that has undergone changes in its structure due to stress or pressure. This type of ice is often found in glaciers and ice sheets, where the immense weight of the overlying ice causes the lower layers to deform over time. Understanding deformed ice is crucial for predicting the movement of glaciers and the potential impact of climate change on sea levels.The process of deformation in ice can be attributed to several factors, including temperature, pressure, and the presence of impurities within the ice. When temperatures rise, the ice begins to melt slightly at the base, creating a layer of water that can facilitate movement. As the glacier moves, the ice at the bottom experiences increased pressure, leading to deformed ice. This deformation can manifest in various ways, such as folding, fracturing, or even flowing like a viscous fluid.One key aspect of deformed ice is its role in the dynamics of glaciers. As glaciers advance, they can carry large amounts of debris, which becomes trapped within the ice. The interaction between the ice and the embedded materials can lead to further deformation, affecting the glacier's stability and flow rate. Researchers use models to simulate these processes, allowing them to better understand how glaciers respond to changing climates.Moreover, the study of deformed ice is not limited to glaciers alone. It also has implications for polar ice caps and sea ice. As climate change accelerates, the melting of ice in polar regions raises concerns about rising sea levels and the potential for increased flooding in coastal areas. By studying how ice deforms under stress, scientists can make predictions about future changes in ice mass and its contribution to global sea levels.In addition to its scientific importance, the concept of deformed ice can also inspire artistic interpretations. Many artists have drawn upon the imagery of glaciers and ice formations to explore themes of change, fragility, and resilience. The visual representation of deformed ice can evoke emotions and provoke thought about the impact of human activity on the environment.In conclusion, the study of deformed ice provides valuable insights into the behavior of glaciers and their response to environmental changes. As we continue to observe the effects of climate change, understanding the mechanics of deformed ice will be essential for developing strategies to mitigate its impacts. Whether through scientific research or artistic expression, the exploration of this phenomenon highlights the intricate relationship between ice, climate, and the world around us.

在冰川学研究中，观察到的一个迷人现象是冰在各种环境条件下的形成和行为。其中，变形冰指的是由于应力或压力而发生结构变化的冰。这种类型的冰通常存在于冰川和冰盖中，覆盖冰层的巨大重量导致底层冰随时间变形。理解变形冰对于预测冰川的运动以及气候变化对海平面潜在影响至关重要。冰的变形过程可以归因于多个因素，包括温度、压力以及冰内杂质的存在。当温度升高时，冰开始在底部略微融化，形成一层水，这可以促进运动。随着冰川的移动，底部的冰经历了更大的压力，导致变形冰的形成。这种变形可以以各种方式表现出来，例如折叠、断裂，甚至像粘性液体一样流动。变形冰的一个关键方面是它在冰川动力学中的作用。随着冰川的推进，它可以携带大量碎屑，这些碎屑被困在冰中。冰与嵌入材料之间的相互作用可能导致进一步的变形，影响冰川的稳定性和流动速率。研究人员使用模型来模拟这些过程，使他们能够更好地理解冰川如何应对气候变化。此外，变形冰的研究不仅限于冰川。它还对极地冰盖和海冰有影响。随着气候变化加速，极地地区冰的融化引发了对海平面上升和沿海地区潜在洪水的担忧。通过研究冰在压力下的变形，科学家可以预测未来冰量的变化及其对全球海平面的贡献。除了科学重要性，变形冰的概念也可以激发艺术表现。许多艺术家借助冰川和冰层的意象探索变化、脆弱和韧性等主题。变形冰的视觉表现可以唤起情感，并引发对人类活动对环境影响的思考。总之，变形冰的研究为我们提供了关于冰川行为及其对环境变化反应的宝贵见解。随着我们继续观察气候变化的影响，理解变形冰的机制将对制定减轻其影响的策略至关重要。无论是通过科学研究还是艺术表达，对这一现象的探索突显了冰、气候与我们周围世界之间复杂的关系。