thermal deicer

简明释义

热力防冰设备

英英释义

例句

1.The thermal deicer worked efficiently, allowing the helicopter to take off without delay.

这个热除冰器工作高效，使直升机能够准时起飞。

2.The aircraft was equipped with a thermal deicer to prevent ice buildup on the wings during winter flights.

这架飞机配备了一个热除冰器，以防止在冬季飞行中机翼上积冰。

3.The implementation of a thermal deicer system has reduced flight cancellations during winter storms.

实施热除冰器系统减少了冬季风暴期间的航班取消。

4.Using a thermal deicer can significantly enhance safety by ensuring that critical surfaces remain ice-free.

使用热除冰器可以显著提高安全性，确保关键表面保持无冰。

5.Ground crews rely on thermal deicers to prepare planes for departure in snowy conditions.

地勤人员依赖热除冰器在雪天为飞机做好起飞准备。

作文

In the world of aviation, safety and efficiency are paramount. One of the significant challenges faced by aircraft during winter months is the accumulation of ice on wings and other critical surfaces. This is where a device known as a thermal deicer (热除冰器) comes into play. A thermal deicer is a system that uses heat to remove ice or prevent its formation on aircraft surfaces, ensuring that planes can operate safely in icy conditions.The function of a thermal deicer is crucial because ice accumulation can severely affect the aerodynamics of an aircraft. Ice alters the shape of the wings, leading to increased drag and reduced lift. This can make takeoff and landing extremely dangerous, potentially leading to accidents. Therefore, implementing effective deicing measures is essential for maintaining flight safety.There are several types of deicing systems used in aviation, but thermal deicers are among the most common. These systems typically use heated air or fluid to melt the ice away. For instance, some aircraft are equipped with pneumatic deicers, which have rubber boots on the leading edges of the wings. These boots inflate and deflate to crack the ice, which is then blown away by the airflow over the wing. However, this method may not always be sufficient, especially in severe icing conditions.Another method involves the use of thermal deicers that apply heated fluids directly to the surfaces of the aircraft. This technique is often more effective than pneumatic systems, as it can provide continuous heating to ensure that ice does not form. This is particularly important during long flights where the temperature can drop significantly at cruising altitudes.The technology behind thermal deicers has advanced considerably over the years. Modern systems are designed to be lightweight and energy-efficient, minimizing their impact on the overall performance of the aircraft. Additionally, they can be integrated with the aircraft's existing systems to ensure seamless operation. The development of these systems reflects the ongoing commitment to improving aviation safety and efficiency.In conclusion, the role of a thermal deicer (热除冰器) in aviation cannot be overstated. As winter approaches, airlines must ensure that their fleets are equipped with effective deicing systems to protect both the aircraft and the passengers. The continued evolution of thermal deicers highlights the importance of innovation in addressing the challenges posed by harsh weather conditions. By investing in advanced deicing technologies, the aviation industry can enhance safety and reliability, making air travel safer for everyone.