flame-out of an engine

简明释义

发动机熄火

英英释义

例句

1.The pilot quickly responded to the flame-out of an engine 引擎熄火 during the flight, ensuring a safe landing.

飞行过程中，飞行员迅速应对了flame-out of an engine 引擎熄火，确保安全着陆。

2.After the flame-out of an engine 引擎熄火, the crew followed emergency protocols to maintain control of the aircraft.

在flame-out of an engine 引擎熄火后，机组人员遵循紧急程序以保持飞机的控制。

3.During the investigation, they found that the flame-out of an engine 引擎熄火 was caused by fuel contamination.

在调查中，他们发现flame-out of an engine 引擎熄火是由于燃料污染引起的。

4.The flight simulator includes scenarios for practicing how to deal with a flame-out of an engine 引擎熄火 in various conditions.

飞行模拟器包括练习如何应对不同条件下的flame-out of an engine 引擎熄火的场景。

5.Engineers studied the causes of the flame-out of an engine 引擎熄火 to prevent future occurrences.

工程师研究了flame-out of an engine 引擎熄火的原因，以防止未来发生。

作文

In the world of aviation, the term flame-out of an engine refers to a situation where an aircraft's engine loses its ability to produce thrust due to the combustion process being interrupted or extinguished. This phenomenon can occur for various reasons, including fuel starvation, mechanical failure, or environmental factors such as extreme weather conditions. Understanding the implications of a flame-out of an engine is crucial for pilots and engineers alike, as it can significantly impact flight safety and performance.When an engine experiences a flame-out of an engine, the immediate consequence is a loss of power. Pilots are trained to handle such emergencies, often by following specific procedures to restart the engine or safely glide the aircraft to a landing. The importance of quick decision-making in these scenarios cannot be overstated; a well-prepared pilot can often recover from a flame-out of an engine incident with minimal risk to passengers and crew.One of the most notable incidents involving a flame-out of an engine occurred during a flight test of a new aircraft model. The aircraft was climbing to altitude when one of its engines suffered a flame-out due to a malfunction in the fuel delivery system. The test pilots promptly executed their emergency protocols, successfully managing to glide the aircraft back to a safe landing. This incident highlighted the importance of rigorous testing and maintenance protocols in preventing such occurrences.Moreover, the design of modern jet engines incorporates multiple safety features to minimize the risk of a flame-out of an engine. Engineers conduct extensive research and development to ensure that engines can withstand various conditions and continue to operate efficiently. For instance, many engines are designed to maintain combustion even when faced with fluctuations in fuel flow or changes in air pressure, which can help prevent a flame-out.In addition to technical advancements, pilot training programs have evolved to include simulations of flame-out of an engine scenarios. These simulations allow pilots to practice their responses to engine failures in a controlled environment, thereby enhancing their skills and confidence. By preparing for the unexpected, pilots can ensure a higher level of safety for themselves and their passengers.Furthermore, understanding the causes of a flame-out of an engine can lead to better preventative measures. For example, regular maintenance checks and inspections can detect potential issues before they escalate into serious problems. Airlines and aviation authorities emphasize the importance of adhering to maintenance schedules to mitigate the risks associated with engine failures.In conclusion, the flame-out of an engine is a critical concept in aviation that underscores the importance of safety, training, and engineering excellence. While such incidents can pose significant challenges, the aviation industry continuously strives to improve technology and training to ensure that pilots are equipped to handle emergencies effectively. Through ongoing research, development, and education, the goal remains clear: to enhance flight safety and ensure that passengers can travel with confidence in the reliability of their aircraft.

在航空领域，短语引擎熄火指的是飞机的引擎由于燃烧过程被中断或熄灭而失去产生推力的能力。这种现象可能由于多种原因发生，包括燃料不足、机械故障或极端天气等环境因素。理解引擎熄火的影响对于飞行员和工程师而言至关重要，因为这会显著影响飞行安全和性能。当引擎经历引擎熄火时，直接后果是动力损失。飞行员接受过应对此类紧急情况的培训，通常通过遵循特定程序来重启引擎或安全滑行降落飞机。在这些情况下，快速决策的重要性不容小觑；一名准备充分的飞行员往往可以以最小的风险从引擎熄火事件中恢复过来，确保乘客和机组人员的安全。关于引擎熄火的一个著名事件发生在一架新型号飞机的飞行测试中。飞机在爬升到高空时，由于燃油供应系统的故障，发生了一台引擎熄火。测试飞行员迅速执行了紧急程序，成功地将飞机滑行回安全着陆。这一事件突显了严格测试和维护协议在防止此类事件中的重要性。此外，现代喷气发动机的设计包含了多种安全特性，以最小化引擎熄火的风险。工程师进行广泛的研究和开发，以确保引擎能够承受各种条件并继续有效运行。例如，许多引擎设计为即使面对燃料流量波动或气压变化也能维持燃烧，这有助于防止熄火。除了技术进步，飞行员培训项目也演变为包括引擎熄火场景的模拟。这些模拟允许飞行员在受控环境中练习对引擎故障的反应，从而增强他们的技能和信心。通过为意外情况做好准备，飞行员可以确保自己和乘客的更高安全水平。此外，理解引擎熄火的原因可以导致更好的预防措施。例如，定期的维护检查和检验可以在潜在问题升级为严重问题之前发现它们。航空公司和航空管理局强调遵守维护计划的重要性，以降低与引擎故障相关的风险。总之，引擎熄火是航空领域中的一个关键概念，强调了安全、培训和工程卓越的重要性。尽管此类事件可能带来重大挑战，但航空业不断努力改进技术和培训，以确保飞行员能够有效应对紧急情况。通过持续的研究、开发和教育，目标依然明确：提高飞行安全，确保乘客能够自信地相信他们的飞机的可靠性。