emergency air system

简明释义

应急空气系统

英英释义

例句

1.The emergency air system (紧急空气系统) can be activated manually in case of an automatic failure.

如果自动系统故障，可以手动激活emergency air system（紧急空气系统）。

2.In case of a cabin depressurization, the flight attendants will instruct passengers to use the emergency air system (紧急空气系统) masks.

如果机舱失压，乘务员会指示乘客使用emergency air system（紧急空气系统）面罩。

3.During the simulation drill, crew members practiced deploying the emergency air system (紧急空气系统) in various scenarios.

在模拟演练中，机组人员练习在各种场景中部署emergency air system（紧急空气系统）。

4.Before takeoff, the pilot checked the functionality of the emergency air system (紧急空气系统) as part of the safety protocol.

在起飞前，飞行员检查了emergency air system（紧急空气系统）的功能，作为安全协议的一部分。

5.The emergency air system (紧急空气系统) is designed to provide immediate oxygen supply during critical situations.

在关键情况下，emergency air system（紧急空气系统）旨在提供即时氧气供应。

作文

In modern aviation, safety is of paramount importance. One of the critical components that contribute to the safety of an aircraft is the emergency air system. This system is designed to provide a reliable source of air in case of an emergency, ensuring that both the crew and passengers can breathe and remain conscious during critical situations. The emergency air system serves as a backup to the primary air supply, which may fail due to various reasons such as engine failure or cabin depressurization. The emergency air system typically consists of oxygen masks and portable oxygen tanks that are strategically placed throughout the aircraft. In the event of a sudden loss of cabin pressure, these systems automatically deploy, allowing passengers to quickly access oxygen and minimize the risks associated with hypoxia, a condition that occurs when the body is deprived of adequate oxygen. Understanding how the emergency air system operates is crucial for both pilots and flight attendants. Before every flight, crew members undergo extensive training to familiarize themselves with the operation of this system. They learn how to instruct passengers on the proper use of oxygen masks and ensure that everyone knows how to react in case of an emergency. This training is not only important for the safety of the passengers but also for the peace of mind of the crew. Moreover, the emergency air system is regularly inspected and maintained to ensure its functionality. Airlines have strict protocols in place to check the integrity of these systems, including routine checks before flights and thorough inspections during maintenance periods. Any malfunction detected in the emergency air system can lead to immediate repairs, as the safety of all onboard relies heavily on its proper functioning. In addition to its mechanical aspects, the emergency air system also plays a psychological role. Knowing that there is a reliable backup air supply can significantly reduce anxiety among passengers during turbulent flights or in the event of an emergency. It reassures them that they are not entirely at the mercy of the circumstances and that there are measures in place to protect their well-being. Furthermore, advancements in technology have led to the development of more efficient and user-friendly emergency air systems. Modern designs are lighter, easier to deploy, and provide a higher flow of oxygen compared to older models. These innovations enhance the overall safety of air travel and reflect the industry's commitment to continuous improvement in passenger safety.In conclusion, the emergency air system is a vital safety feature in aviation that ensures the well-being of passengers and crew during emergencies. Its design, functionality, and regular maintenance are critical components of airline operations. By understanding the importance of the emergency air system, passengers can feel more secure and prepared for any unexpected situations that may arise during their journey.

在现代航空中，安全至关重要。影响飞机安全的关键组成部分之一是应急空气系统。该系统旨在在紧急情况下提供可靠的空气来源，确保机组人员和乘客在危急情况下能够呼吸并保持意识。应急空气系统作为主要空气供应的备用系统，当主要系统因引擎故障或机舱减压等各种原因而失效时，它将发挥作用。应急空气系统通常由氧气面罩和便携式氧气罐组成，这些设备被战略性地放置在飞机各处。在机舱压力突然下降的情况下，这些系统会自动部署，使乘客能够快速获取氧气，从而最大限度地减少缺氧（当身体缺乏足够氧气时发生的情况）的风险。了解应急空气系统的运作对飞行员和空乘人员至关重要。在每次飞行之前，机组人员都会接受广泛的培训，以熟悉该系统的操作。他们学习如何指导乘客正确使用氧气面罩，并确保每个人都知道在紧急情况下应如何反应。这种培训不仅对乘客的安全重要，也对机组人员的心理安宁至关重要。此外，应急空气系统会定期检查和维护，以确保其功能正常。航空公司制定了严格的协议，以检查这些系统的完整性，包括在航班前进行例行检查和在维护期间进行全面检查。发现应急空气系统的任何故障都可能导致立即修理，因为所有乘客的安全在很大程度上依赖于其正常运作。除了机械方面，应急空气系统还发挥着心理作用。知道有可靠的备用空气供应可以显著降低乘客在颠簸飞行或紧急情况下的焦虑。这让他们放心，不必完全听任环境的变化，因为有措施来保护他们的安全。此外，技术的进步使得更高效和用户友好的应急空气系统得以开发。现代设计更轻、更易于部署，并且与旧型号相比提供更高的氧气流量。这些创新增强了航空旅行的整体安全性，反映了行业在不断提高乘客安全方面的承诺。总之，应急空气系统是航空中的一个重要安全特征，确保在紧急情况下乘客和机组人员的福祉。其设计、功能和定期维护是航空公司运营的关键组成部分。通过理解应急空气系统的重要性，乘客可以在旅途中感到更加安全和准备应对任何意外情况。