air mass thunderstorm

简明释义

气团雷暴

英英释义

例句

1.Farmers often monitor weather patterns for air mass thunderstorms 气团雷暴 that could affect their crops.

农民经常监测天气模式，以防气团雷暴影响他们的作物。

2.The weather forecast predicts an increase in humidity, which could lead to an air mass thunderstorm 气团雷暴 this afternoon.

天气预报预测湿度将增加，这可能导致今天下午出现一次气团雷暴。

3.Pilots are trained to recognize signs of an impending air mass thunderstorm 气团雷暴 to ensure passenger safety.

飞行员接受培训，以识别即将来临的气团雷暴的迹象，以确保乘客安全。

4.During the summer months, many regions experience frequent air mass thunderstorms 气团雷暴 due to rising warm air.

在夏季，许多地区由于暖空气上升而频繁经历气团雷暴。

5.The park was closed after a sudden air mass thunderstorm 气团雷暴 caused strong winds and heavy rain.

公园在一场突如其来的气团雷暴后关闭，强风和大雨造成了危险。

作文

Thunderstorms are a fascinating and powerful natural phenomenon that can occur in various forms. One of the most common types is the air mass thunderstorm, which develops when warm, moist air rises and cools, leading to the formation of cumulonimbus clouds. These storms typically occur in the summer months when the atmosphere is unstable and conducive to convection. Understanding the characteristics and behavior of air mass thunderstorms can help us appreciate their impact on our environment and safety. An air mass thunderstorm usually forms in the late afternoon or early evening when the sun has heated the ground sufficiently. This heating causes the air near the surface to rise rapidly. As it ascends, the air expands and cools, and the moisture within it condenses to form clouds. The process can lead to the development of towering cumulonimbus clouds, which are characteristic of thunderstorms. These storms often bring heavy rainfall, strong winds, and sometimes hail. While air mass thunderstorms are generally short-lived, lasting only about 30 minutes to an hour, they can be intense. The rain from these storms can lead to localized flooding, especially in areas with poor drainage. Additionally, strong downdrafts can produce gusty winds that may cause damage to trees and structures. One of the key features of air mass thunderstorms is that they are typically not associated with a frontal boundary. Instead, they arise from the instability of the air mass itself. This means that they can develop in areas where there is no significant weather system present. As a result, they can sometimes catch people off guard, especially if they develop quickly. Another interesting aspect of air mass thunderstorms is their tendency to occur in clusters. When one storm forms, it can create conditions that are favorable for additional storms to develop nearby. This can lead to a series of thunderstorms that may impact a larger area. Meteorologists often monitor these situations closely, as they can lead to severe weather outbreaks. While air mass thunderstorms can be dangerous, they also play a crucial role in the ecosystem. The rain they produce helps to replenish groundwater supplies and supports plant growth. Additionally, the electrical activity within these storms can contribute to nitrogen fixation in the soil, which is beneficial for agriculture. In conclusion, air mass thunderstorms are an important part of our weather system. They are a reminder of the power of nature and the need to respect it. By understanding how these storms form and behave, we can better prepare for their occurrence and mitigate their impacts on our lives. Whether you are a meteorologist studying weather patterns or simply someone who enjoys watching storms roll in, the air mass thunderstorm is a remarkable example of nature's dynamic processes.

雷暴是一种迷人而强大的自然现象，可以以各种形式发生。其中最常见的类型之一是气团雷暴，它在温暖潮湿的空气上升并冷却时形成，导致积雨云的形成。这些雷暴通常发生在夏季，当时大气不稳定，有利于对流。理解气团雷暴的特征和行为可以帮助我们欣赏它们对环境和安全的影响。 气团雷暴通常在下午晚些时候或傍晚形成，当太阳充分加热地面时。这种加热导致近地面的空气迅速上升。当空气上升时，它膨胀并冷却，内部的水分凝结形成云。这一过程可能导致高耸的积雨云的发展，这些云是雷暴的特征。 这些雷暴通常带来强降雨、强风，有时还有冰雹。虽然气团雷暴通常短暂，仅持续约30分钟到1小时，但它们可能非常强烈。这些雷暴带来的降雨可能导致局部洪水，尤其是在排水不良的地区。此外，强下沉气流可能产生阵风，造成树木和建筑物的损坏。 气团雷暴的一个关键特征是它们通常与锋面边界无关。相反，它们源于空气团本身的不稳定性。这意味着它们可以在没有显著天气系统存在的区域发展。因此，它们有时会让人感到意外，尤其是当它们快速发展时。 气团雷暴的另一个有趣方面是它们往往成群出现。当一场雷暴形成时，它可能创造出有利于附近其他雷暴发展的条件。这可能导致一系列雷暴影响更大区域。气象学家通常会密切监测这些情况，因为它们可能导致严重的天气爆发。 虽然气团雷暴可能是危险的，但它们在生态系统中也发挥着至关重要的作用。它们产生的降雨有助于补充地下水供应，并支持植物生长。此外，这些雷暴中的电活动可以促进土壤中的氮固定，这对农业是有益的。 总之，气团雷暴是我们天气系统的重要组成部分。它们提醒我们自然的力量以及需要尊重自然。通过了解这些雷暴如何形成和表现，我们可以更好地为其发生做好准备，并减轻其对我们生活的影响。无论你是研究天气模式的气象学家，还是只是喜欢观看雷暴的人，气团雷暴都是自然动态过程的一个显著例子。