flameout

简明释义

英[ˈfleɪmˌaʊt]美[ˈfleɪmˌaʊt]

n. [热][动力][车辆] 熄火；（喷气发动机）燃烧中断

英英释义

单词用法

同义词

反义词

例句

1.The hideaway stove of sad like flameout, can cause the heart to fire the ashes.

隐藏的忧伤如熄火之炉，能使心烧成灰烬。

2.The safety switch controlling the ignition circuit in gas engine and flameout magnetic valve in diesel engine is used in air brake system to realize the automatic protect.

为保证车辆的安全运行，在气压制动系统中施加安全保护开关，控制发动机的点火电路(汽油机)或熄火电磁阀电路(柴油机)，可实现低气压时的自动保护。

3.In the curve and slope road driving, should be reduced in advance, to avoid mid speed, parking or flameout.

在弯道和坡路行驶时，应提前减速，要避免中途变速、停车或熄火。

4.In case of lighting failure, flameout and gas using up etc, the mechanism turns off the gas valve in 0.5s automatically with light and sound alarm, safe and reliable.

在点火不成功、意外熄火。燃气用完等情况下，能在0.5秒内自动关闭气阀，并发出声光警告，安全可靠。

5.Control mode to prevent engine flameout in exhaust braking on diesel engine vehicle is introduced.

简要介绍公路行驶的柴油发动机车辆在实施排气制动时防止发动机熄火的控制方式。

6.Many of the cars appeared in different situations, coke excessive jitter and flameout phenomenon.

很多汽车出现不同情况的积炭过多、抖动、熄火等现象。

7.In the curve and slope road driving, should advance deceleration, to avoid midway speed change, parking or flameout.

在弯道和坡路行驶时，应提前减速，要避免中途变速、停车或熄火。

8.If you want to start again after flameout, you need to touch the induction spot.

当摩托车熄火之后，要再起动，必须用手触摸感应点才能点火。

9.The rocket experienced a flameout during its ascent, causing it to lose altitude.

火箭在升空过程中经历了熄火，导致它失去高度。

10.After several successful runs, the engine finally had a flameout that grounded the aircraft.

经过几次成功的运行后，发动机终于发生了一个熄火，使飞机停飞。

11.The pilot had to execute an emergency landing due to a flameout in one of the engines.

由于其中一个发动机发生了熄火，飞行员不得不执行紧急着陆。

12.Engineers are investigating the cause of the flameout that occurred during testing.

工程师们正在调查测试期间发生的熄火原因。

13.The team worked late into the night to troubleshoot the flameout issue before the launch.

团队熬夜工作，以便在发射前排除熄火问题。

作文

In the world of aviation, the term flameout refers to a situation where an aircraft engine loses its ability to generate thrust due to the combustion process being interrupted. This can happen for various reasons, such as fuel starvation, mechanical failure, or environmental factors like icing. Understanding flameout is crucial for pilots and engineers alike, as it impacts flight safety and operational procedures. One of the most common causes of a flameout is fuel starvation. When an aircraft runs out of fuel or if there is a blockage in the fuel lines, the engine can no longer receive the necessary fuel to sustain combustion. This scenario emphasizes the importance of proper fuel management during flights. Pilots are trained to monitor fuel levels closely and to be aware of their aircraft's fuel consumption rates to prevent unexpected flameouts. Another factor that can lead to a flameout is mechanical failure. Engines are complex systems with many moving parts, and any malfunction can disrupt the combustion process. For instance, if a turbine blade breaks or if there is a failure in the ignition system, the engine may experience a flameout. Regular maintenance and inspections are vital to ensure that all components are functioning correctly to minimize the risk of such occurrences. Environmental factors also play a significant role in the likelihood of a flameout. For example, flying through clouds at high altitudes can lead to icing on the engine components, which may block airflow and disrupt combustion. Pilots must be equipped with knowledge about weather conditions and how they can affect engine performance. The consequences of a flameout can be severe, especially if it occurs during critical phases of flight, such as takeoff or landing. Pilots are trained to handle flameouts by following specific emergency procedures. These may include attempting to restart the engine, diverting to the nearest airport, or performing a controlled descent if necessary. In conclusion, understanding the concept of flameout is essential for anyone involved in aviation. It highlights the importance of fuel management, regular maintenance, and awareness of environmental conditions. By recognizing the potential causes and consequences of a flameout, pilots and engineers can work together to enhance flight safety and ensure that such incidents are minimized. In a broader context, the term flameout can also be metaphorically applied to other fields, such as business or personal endeavors, where a sudden loss of motivation or energy can lead to failure. Just as pilots must be vigilant about their engines, individuals in any field should remain aware of their goals and the factors that could lead to a flameout in their pursuits.

在航空领域，术语flameout指的是一种情况，其中飞机发动机由于燃烧过程被中断而失去产生推力的能力。这可能由于多种原因发生，例如燃料短缺、机械故障或环境因素（如结冰）。理解flameout对于飞行员和工程师来说至关重要，因为它影响飞行安全和操作程序。 造成flameout的最常见原因之一是燃料短缺。当飞机耗尽燃料或燃油管道出现堵塞时，发动机无法再获得维持燃烧所需的燃料。这种情况强调了在飞行过程中正确管理燃料的重要性。飞行员接受过密切监控燃料水平和了解飞机燃料消耗率的培训，以防止意外的flameouts。 导致flameout的另一个因素是机械故障。发动机是一个复杂的系统，有许多活动部件，任何故障都可能干扰燃烧过程。例如，如果涡轮叶片断裂或点火系统出现故障，发动机可能会经历flameout。定期维护和检查对于确保所有组件正常运作至关重要，以尽量减少此类事件的风险。 环境因素也在flameout的可能性中发挥着重要作用。例如，在高空穿越云层可能导致发动机部件结冰，从而阻碍气流并干扰燃烧。飞行员必须具备有关天气条件及其如何影响发动机性能的知识。 flameout的后果可能是严重的，特别是在飞行的关键阶段，如起飞或着陆时。如果发生flameout，飞行员经过培训，可以按照特定的应急程序处理。这可能包括尝试重新启动发动机、转向最近的机场或在必要时执行受控下降。 总之，理解flameout的概念对任何参与航空的人都是至关重要的。它突显了燃料管理、定期维护和对环境条件的意识的重要性。通过认识到flameout的潜在原因和后果，飞行员和工程师可以共同努力提高飞行安全，并确保将此类事件降至最低。在更广泛的背景下，术语flameout也可以隐喻地应用于其他领域，例如商业或个人事业，在这些领域中，动力或能量的突然丧失可能导致失败。正如飞行员必须对他们的发动机保持警惕一样，任何领域的个人都应保持对其目标的关注，以及可能导致其追求中的flameout的因素。