airborne range

简明释义

航空测距;

英英释义

例句

1.The report highlighted the airborne range capabilities of the latest fighter jet.

报告强调了最新战斗机的空中射程能力。

2.The military conducted tests to determine the airborne range of their new drone technology.

军方进行了测试，以确定他们的新型无人机技术的空中射程。

3.Engineers are working to improve the airborne range of commercial airliners.

工程师们正在努力提高商用飞机的空中射程。

4.The airborne range of a missile can vary based on its payload and launch conditions.

导弹的空中射程可能会根据其有效载荷和发射条件而有所不同。

5.Understanding the airborne range of various aircraft is crucial for flight planning.

了解各种飞机的空中射程对飞行计划至关重要。

作文

The concept of airborne range is crucial in various fields, particularly in aviation and military operations. It refers to the distance that an aircraft or missile can travel while airborne, which is a vital factor for strategic planning and execution. Understanding airborne range allows pilots and military strategists to assess the effectiveness of their missions and ensure that they can reach their targets without compromising safety or efficiency.In aviation, the airborne range of an aircraft is influenced by several factors including fuel capacity, weight, and environmental conditions. For instance, a fully loaded commercial airliner has a different airborne range compared to a light aircraft. The former may have a longer range due to its larger fuel tanks, while the latter may be more limited because of its smaller size and weight constraints. Pilots must calculate the airborne range before embarking on a journey to ensure they have enough fuel to reach their destination safely.Moreover, in military contexts, understanding the airborne range of missiles and drones is essential for effective combat operations. Military planners rely on accurate data regarding the airborne range of their assets to strike targets with precision. For example, a missile with a long airborne range can engage targets that are far from its launch point, providing a tactical advantage over enemies. This capability allows militaries to conduct operations from a safe distance, minimizing risks to personnel and equipment.The implications of airborne range extend beyond mere distance; they also encompass the operational capabilities of aircraft and weapons systems. As technology advances, new designs and innovations are being developed to enhance the airborne range of various platforms. For instance, advancements in fuel efficiency and aerodynamics can significantly increase the airborne range of an aircraft, allowing it to cover greater distances without needing to refuel.Additionally, environmental factors such as wind speed and altitude can affect the airborne range. Pilots must consider these elements when planning flights, as strong headwinds can reduce the effective range, while tailwinds can enhance it. Similarly, flying at higher altitudes can improve fuel efficiency, thereby extending the airborne range.In conclusion, the term airborne range is not just a technical specification; it is a critical parameter that influences flight planning, mission success, and overall operational effectiveness in both civilian and military aviation. A thorough understanding of airborne range helps ensure that aircraft and missiles can operate efficiently within their designed capacities, ultimately leading to safer and more successful outcomes in the skies. As we continue to innovate and push the boundaries of aviation technology, the significance of airborne range will only grow, shaping the future of how we navigate and operate in the air.

“空中射程”这一概念在多个领域中至关重要，尤其是在航空和军事行动中。它指的是飞机或导弹在空中飞行时能够行驶的距离，这是战略规划和执行中的一个重要因素。理解“空中射程”使得飞行员和军事战略家能够评估其任务的有效性，并确保他们可以在不妥协安全或效率的情况下到达目标。在航空领域，飞机的“空中射程”受多种因素的影响，包括燃油容量、重量和环境条件。例如，一架满载的商业客机与一架轻型飞机的“空中射程”有所不同。前者由于其更大的油箱可能具有更长的射程，而后者可能因体积小和重量限制而受到限制。飞行员在出发前必须计算“空中射程”，以确保他们有足够的燃料安全到达目的地。此外，在军事背景下，了解导弹和无人机的“空中射程”对于有效的作战行动至关重要。军事规划者依赖于准确的数据来评估其资产的“空中射程”，以精确打击目标。例如，具有长“空中射程”的导弹可以攻击远离发射点的目标，为敌人提供战术优势。这种能力使军队能够从安全距离进行作战，最大限度地减少对人员和设备的风险。“空中射程”的含义不仅仅局限于距离；它还涵盖了飞机和武器系统的操作能力。随着技术的进步，新的设计和创新正在被开发出来，以增强各种平台的“空中射程”。例如，燃油效率和空气动力学的进步可以显著增加飞机的“空中射程”，使其在无需加油的情况下覆盖更大的距离。此外，风速和高度等环境因素也会影响“空中射程”。飞行员在规划航班时必须考虑这些因素，因为强烈的逆风会减少有效射程，而顺风则可以增强它。同样，在更高的高度飞行可以提高燃油效率，从而延长“空中射程”。总之，“空中射程”这一术语不仅仅是一个技术规格；它是影响飞行规划、任务成功和民用及军事航空整体操作有效性的关键参数。对“空中射程”的透彻理解有助于确保飞机和导弹能够在其设计能力范围内高效运行，最终带来更安全、更成功的飞行结果。随着我们不断创新并推动航空技术的边界，“空中射程”的重要性只会增加，塑造我们未来在空中导航和操作的方式。