ice crystal

简明释义

冰晶

英英释义

例句

1.The photographer captured the beauty of ice crystals 冰晶 on a cold winter morning.

摄影师在寒冷的冬晨捕捉到了冰晶冰晶的美丽。

2.When temperatures drop, ice crystals 冰晶 can form on windows.

当温度下降时，窗户上可能会形成冰晶冰晶。

3.The snowflakes are formed from tiny ice crystals 冰晶 that fall from the sky.

雪花是由从天空中掉落的微小冰晶冰晶形成的。

4.Scientists study ice crystals 冰晶 to understand the formation of clouds.

科学家研究冰晶冰晶以了解云的形成。

5.In the Arctic, large ice crystals 冰晶 can be found in the glaciers.

在北极，冰川中可以找到大型的冰晶冰晶。

作文

The beauty of nature often lies in its smallest details, and one such detail that captivates many is the formation of ice crystals. These delicate structures are not only fascinating to observe but also play a significant role in our environment. When temperatures drop, water vapor in the air begins to freeze, forming unique patterns and shapes that we recognize as ice crystals (冰晶). Each ice crystal is a work of art, with no two being exactly alike. This uniqueness is due to the varying conditions under which they form, including temperature, humidity, and atmospheric pressure.In winter, when the air is cold enough, we can see ice crystals (冰晶) in various forms, from snowflakes to frost on windows. Snowflakes are perhaps the most famous example of ice crystals (冰晶). They start as tiny droplets of water that freeze in the clouds, and as they fall through the atmosphere, they collect more moisture and develop intricate patterns. The six-sided symmetry of snowflakes is a result of the molecular structure of ice, which dictates how water molecules bond together as they freeze.Frost is another common manifestation of ice crystals (冰晶). It forms when water vapor in the air comes into contact with surfaces that are below freezing. This process creates a beautiful layer of ice crystals (冰晶) that can cover everything from grass to car windshields. The patterns created by frost are often mesmerizing, resembling lace or intricate designs that sparkle in the morning sunlight.The study of ice crystals (冰晶) is not just about their aesthetic appeal; it also has practical implications. Understanding how these crystals form can help scientists predict weather patterns and climate changes. For instance, the presence of certain types of ice crystals (冰晶) in clouds can indicate the likelihood of precipitation. Meteorologists use this information to forecast snowstorms, rain, and other weather phenomena, which can significantly impact our daily lives.Moreover, ice crystals (冰晶) have applications beyond weather prediction. In the field of materials science, researchers are exploring how the properties of ice crystals (冰晶) can be utilized in various technologies. For example, understanding the structure of ice crystals (冰晶) can lead to advancements in cryopreservation techniques, which are crucial for preserving biological samples and organs for transplantation.In conclusion, ice crystals (冰晶) are more than just beautiful formations that adorn our winter landscapes. They are complex structures that play a vital role in our environment and have significant implications for science and technology. Whether we admire the intricate designs of snowflakes or the delicate frost on a window, we should take a moment to appreciate the wonders of ice crystals (冰晶) and the natural processes that create them. Nature's artistry is truly remarkable, and the study of ice crystals (冰晶) continues to inspire curiosity and innovation across various fields.

大自然的美往往体现在其最细微的细节中，其中一个吸引许多人注意的细节就是冰晶的形成。这些精致的结构不仅令人着迷，而且在我们的环境中也发挥着重要作用。当温度下降时，空气中的水蒸气开始结冰，形成我们所熟知的独特图案和形状，即冰晶（ice crystals）。每个冰晶（ice crystal）都是一件艺术品，没有两个是完全相同的。这种独特性是由于它们形成时的不同条件，包括温度、湿度和大气压力。在冬季，当空气足够寒冷时，我们可以看到各种形式的冰晶（ice crystals），从雪花到窗户上的霜。雪花可能是冰晶（ice crystals）最著名的例子。它们起初是空中的微小水滴，在云中结冰，而随着它们穿过大气层下落，它们收集了更多的水分，形成复杂的图案。雪花的六边对称性是冰的分子结构所决定的，这决定了水分子在结冰时如何结合在一起。霜是另一个常见的冰晶（ice crystals）表现形式。当空气中的水蒸气与低于冰点的表面接触时，就会形成霜。这一过程创造出一层美丽的冰晶（ice crystals），可以覆盖从草地到汽车挡风玻璃的所有东西。霜所形成的图案往往令人着迷，像蕾丝或复杂的设计，在清晨的阳光下闪烁。对冰晶（ice crystals）的研究不仅关乎它们的美学吸引力；它还有实用意义。理解这些晶体是如何形成的，可以帮助科学家预测天气模式和气候变化。例如，某些类型的冰晶（ice crystals）在云中的存在可以指示降水的可能性。气象学家利用这些信息来预测暴风雪、降雨和其他天气现象，这对我们的日常生活有重大影响。此外，冰晶（ice crystals）在天气预测之外还有应用。在材料科学领域，研究人员正在探索冰晶（ice crystals）的性质如何被用于各种技术。例如，理解冰晶（ice crystals）的结构可以推动冷冻保存技术的发展，这对于保存生物样本和器官移植至关重要。总之，冰晶（ice crystals）不仅仅是装饰我们冬季风景的美丽形成物。它们是复杂的结构，在我们的环境中发挥着重要作用，并对科学和技术具有重要意义。无论我们是欣赏雪花的复杂设计，还是窗户上细腻的霜，我们都应该花一点时间来欣赏冰晶（ice crystals）以及创造它们的自然过程。大自然的艺术真是令人惊叹，而对冰晶（ice crystals）的研究继续激发着各个领域的好奇心和创新。