maximum climb

简明释义

最大上升

英英释义

例句

1.The plane's maximum climb 最大爬升率 is affected by weight and altitude.

飞机的最大爬升率 最大爬升率受重量和高度的影响。

2.The maximum climb 最大爬升率 can vary depending on the aircraft configuration.

根据飞机配置，最大爬升率 最大爬升率可能会有所不同。

3.To ensure safety, pilots must not exceed the maximum climb 最大爬升率 specified in the manual.

为了确保安全，飞行员必须遵守手册中规定的最大爬升率 最大爬升率。

4.During the test flight, the pilot achieved a maximum climb 最大爬升率 of 2,000 feet per minute.

在测试飞行中，飞行员达到了每分钟2000英尺的最大爬升率 最大爬升率。

5.The aircraft's performance chart indicates a maximum climb 最大爬升率 of 1,500 feet per minute at sea level.

飞机的性能图表显示在海平面时的最大爬升率 最大爬升率为每分钟1500英尺。

作文

In the world of aviation, understanding the various performance metrics of an aircraft is crucial for pilots and engineers alike. One such important metric is the aircraft's maximum climb capability, which refers to the highest rate at which an aircraft can ascend in a given period under specific conditions. This parameter is not only vital for ensuring safety during takeoff and initial ascent but also plays a significant role in optimizing flight operations. When pilots prepare for a flight, they must consider the maximum climb performance to ensure that the aircraft can safely clear obstacles in its path, particularly in mountainous regions or when departing from airports with high terrain nearby.The maximum climb rate is influenced by several factors, including the aircraft's weight, engine performance, and environmental conditions such as air temperature and altitude. For instance, a fully loaded aircraft will have a lower maximum climb rate compared to a lighter one due to the increased demand on the engines. Additionally, hot weather can reduce engine efficiency, further impacting the maximum climb performance. Pilots are trained to calculate these variables before takeoff, ensuring that they have a comprehensive understanding of their aircraft's capabilities.Moreover, the maximum climb rate is often specified in the aircraft's operating manual, providing pilots with essential data needed for flight planning. This information helps them determine the appropriate climb speed that will allow them to achieve the best performance during ascent. For example, flying at an optimal climb speed can help maximize the maximum climb rate, allowing the aircraft to gain altitude more quickly and efficiently.In emergency situations, the importance of the maximum climb capability becomes even more pronounced. If an aircraft experiences an engine failure shortly after takeoff, the pilot must rely on the remaining engine's maximum climb performance to maintain control and safely return to the airport or reach a suitable area for landing. In such cases, understanding the maximum climb characteristics can be the difference between a safe recovery and a potential disaster.Furthermore, advancements in aviation technology continue to enhance aircraft performance, including improvements in maximum climb rates. Modern aircraft are designed with more powerful engines and advanced aerodynamics, allowing them to achieve greater heights more rapidly than their predecessors. This progress not only improves efficiency but also contributes to overall flight safety.In conclusion, the concept of maximum climb is a fundamental aspect of aviation that encompasses various elements of aircraft performance. It is crucial for pilots to have a thorough understanding of this metric, as it directly affects flight safety and operational efficiency. By considering factors such as aircraft weight, environmental conditions, and optimal climb speeds, pilots can ensure that they are well-prepared to handle any situation that may arise during flight. The significance of maximum climb extends beyond mere numbers; it embodies the essence of safe and effective aviation practices, ultimately contributing to the success of every flight.

在航空领域，了解飞机的各种性能指标对飞行员和工程师来说至关重要。其中一个重要指标是飞机的最大爬升能力，这指的是在特定条件下，飞机在给定时间内能够上升的最高速率。这个参数不仅对确保起飞和初始爬升过程中的安全至关重要，而且在优化飞行操作中也发挥着重要作用。当飞行员准备起飞时，他们必须考虑最大爬升性能，以确保飞机能够安全地越过其路径中的障碍物，特别是在山区或从高地附近的机场起飞时。最大爬升率受多种因素的影响，包括飞机的重量、发动机性能，以及环境条件如气温和海拔。例如，一架满载的飞机与一架较轻的飞机相比，其最大爬升率会更低，因为这增加了对发动机的需求。此外，炎热的天气会降低发动机效率，进一步影响最大爬升性能。飞行员经过培训，能够在起飞前计算这些变量，确保他们全面了解自己飞机的能力。此外，最大爬升率通常在飞机的操作手册中列出，为飞行员提供了飞行计划所需的重要数据。这些信息帮助他们确定适当的爬升速度，从而实现最佳的爬升性能。例如，以最佳爬升速度飞行可以帮助最大化最大爬升率，使飞机能够更快、更高效地获得高度。在紧急情况下，最大爬升能力的重要性变得更加突出。如果一架飞机在起飞后不久发生发动机故障，飞行员必须依靠剩余发动机的最大爬升性能来保持控制，并安全返回机场或到达合适的着陆区域。在这种情况下，理解最大爬升特性可能是确保安全恢复和潜在灾难之间的区别。此外，航空技术的进步不断提升飞机性能，包括提高最大爬升率。现代飞机设计采用更强大的发动机和先进的空气动力学，使其能够比前辈更快地达到更高的高度。这种进步不仅提高了效率，还增强了整体飞行安全。总之，最大爬升的概念是航空的一个基本方面，涵盖了飞机性能的各个元素。飞行员必须对这一指标有深入的理解，因为它直接影响飞行安全和操作效率。通过考虑飞机重量、环境条件和最佳爬升速度等因素，飞行员可以确保他们为应对任何可能在飞行中出现的情况做好充分准备。最大爬升的重要性超越了单纯的数字，它体现了安全有效的航空实践的本质，最终促进了每次飞行的成功。