granular ice

简明释义

晶状冰

英英释义

例句

1.For the perfect smoothie, make sure to add granular ice for a smoother texture.

为了制作完美的冰沙，确保加入颗粒冰以获得更顺滑的口感。

2.During summer picnics, we always pack granular ice to keep our drinks cold.

在夏季野餐时，我们总是带上颗粒冰来保持饮料的凉爽。

3.In sushi restaurants, granular ice is often used to keep seafood fresh.

在寿司店中，颗粒冰常用于保持海鲜的新鲜。

4.The bartender used granular ice to chill the cocktails quickly.

调酒师使用颗粒冰快速冷却鸡尾酒。

5.The ice machine produces granular ice that is perfect for blending.

这台制冰机生产的颗粒冰非常适合搅拌。

作文

Granular ice is a term that refers to a specific form of ice characterized by its grainy texture. This type of ice is commonly found in various natural environments, particularly in snowy regions and during the winter months. When snow falls and begins to compact, it can transform into granular ice (颗粒冰), which is often seen on ski slopes or in icy terrains. The formation of granular ice occurs when snow crystals undergo changes due to temperature fluctuations and pressure. As the snow settles and compresses over time, it loses its fluffy structure and becomes denser, resulting in the formation of small, hard grains of ice.Understanding granular ice is essential for several reasons. Firstly, it plays a significant role in the field of glaciology, the study of glaciers and ice sheets. Glaciologists often examine granular ice to understand the dynamics of ice movement and melting processes. The properties of granular ice can provide insights into climate change, as the rate at which glaciers melt can be influenced by the presence of this type of ice.Secondly, granular ice has practical implications for activities such as skiing and snowboarding. Skiers often prefer granular ice conditions because it offers better traction compared to soft, powdery snow. This makes it easier to carve turns and maintain control while navigating downhill. However, too much granular ice can also create challenges, as it can lead to harder falls and increased risk of injury if one loses balance.Furthermore, understanding the formation and characteristics of granular ice can help in managing winter sports facilities. Ski resorts often monitor weather conditions to determine when to groom the slopes and how to manage the snowpack. By recognizing when granular ice begins to form, resort operators can take measures to maintain optimal skiing conditions, ensuring safety and enjoyment for visitors.In addition to recreational activities, granular ice can also affect transportation. In regions where winter weather leads to icy roads, the presence of granular ice can pose hazards for drivers. Road maintenance crews need to be aware of granular ice formation to implement appropriate measures, such as salting or sanding roads to improve traction and reduce accidents.Moreover, the study of granular ice extends to environmental sciences. Scientists investigate how granular ice interacts with ecosystems, particularly in polar regions. The presence of granular ice can influence habitats for various species, including those that rely on snow cover for insulation or hunting grounds. Understanding these interactions is crucial for conservation efforts and predicting how climate change may impact wildlife.In conclusion, granular ice (颗粒冰) is more than just a simple form of ice; it is a phenomenon that affects numerous aspects of our environment, from winter sports to ecological systems. By studying granular ice, we gain valuable insights into both the physical properties of ice and its broader implications for climate change, recreation, and safety. As we continue to explore the complexities of our planet's icy regions, the significance of granular ice will undoubtedly remain a topic of interest for researchers and enthusiasts alike.

颗粒冰是一个术语，指的是一种特定形式的冰，其特征是颗粒状的质地。这种类型的冰通常出现在各种自然环境中，特别是在多雪的地区和冬季月份。当雪落下并开始压实时，它可以转变为颗粒冰（granular ice），这种冰常常在滑雪坡道或冰冷的地形上看到。颗粒冰的形成发生在雪晶体因温度波动和压力而发生变化时。随着雪的沉降和时间的压缩，它失去了蓬松的结构，变得更加致密，最终形成小而坚硬的冰粒。理解颗粒冰至关重要，原因有几个。首先，它在冰川学领域发挥着重要作用，冰川学是研究冰川和冰盖的学科。冰川学家常常研究颗粒冰以了解冰的运动和融化过程。颗粒冰的特性可以提供有关气候变化的见解，因为冰川融化的速度可能受这种冰的存在影响。其次，颗粒冰对滑雪和单板滑雪等活动具有实际意义。滑雪者通常更喜欢颗粒冰条件，因为它相比于柔软的粉雪提供了更好的牵引力。这使得在下坡滑行时更容易转弯和保持控制。然而，过多的颗粒冰也可能带来挑战，因为如果失去平衡，可能会导致跌倒更严重，增加受伤风险。此外，理解颗粒冰的形成和特征可以帮助管理冬季运动设施。滑雪场通常监测天气条件，以确定何时修整滑道以及如何管理雪层。通过识别何时开始形成颗粒冰，度假村运营商可以采取措施维持最佳滑雪条件，确保游客的安全和乐趣。除了娱乐活动，颗粒冰还可能影响交通。在冬季天气导致道路结冰的地区，颗粒冰的存在可能对驾驶者构成危险。道路维护人员需要意识到颗粒冰的形成，以实施适当的措施，例如撒盐或铺沙，以改善牵引力并减少事故。此外，颗粒冰的研究还扩展到环境科学。科学家调查颗粒冰与生态系统的相互作用，特别是在极地地区。颗粒冰的存在可能影响各种物种的栖息地，包括那些依赖雪覆盖进行绝缘或狩猎的物种。理解这些相互作用对于保护工作和预测气候变化可能对野生动物产生的影响至关重要。总之，颗粒冰（granular ice）不仅仅是一种简单的冰；它是一种现象，影响着我们环境的多个方面，从冬季运动到生态系统。通过研究颗粒冰，我们获得了对冰的物理特性的宝贵见解，以及其对气候变化、娱乐和安全的更广泛影响。随着我们继续探索地球冰冷区域的复杂性，颗粒冰的重要性无疑将继续成为研究人员和爱好者关注的话题。