cruising radius

简明释义

续航距离

英英释义

例句

1.For delivery services, knowing the cruising radius helps in optimizing routes.

对于快递服务，了解巡航半径有助于优化路线。

2.The electric vehicle has a cruising radius of 300 miles, making it perfect for long road trips.

这款电动车的巡航半径为300英里，非常适合长途旅行。

3.Understanding the cruising radius of your boat is essential for planning fishing trips.

了解你船只的巡航半径对于规划钓鱼旅行至关重要。

4.Before heading out, make sure to check the cruising radius of your drone to avoid losing it.

出发前，务必检查你的无人机的巡航半径以避免丢失。

5.The new model's cruising radius has increased by 20%, allowing for more exploration.

新型号的巡航半径增加了20%，允许更多的探索。

作文

The concept of cruising radius refers to the maximum distance that a vehicle can travel on a single tank of fuel or charge of its battery. This term is particularly important in the context of aviation and automotive industries, where understanding the limits of travel can significantly impact planning and operational efficiency. For instance, when a pilot prepares for a flight, knowing the cruising radius of the aircraft helps in determining whether they can reach their destination without needing to refuel. Similarly, for electric vehicles (EVs), the cruising radius indicates how far the car can go before requiring a recharge, which is crucial for long trips.In recent years, the importance of the cruising radius has grown as more people become environmentally conscious and consider switching to electric vehicles. The cruising radius of an EV can vary significantly based on factors such as battery size, driving conditions, and even the use of air conditioning or heating. Consumers often look for vehicles with a longer cruising radius to alleviate range anxiety, a common concern among potential EV buyers who worry about running out of power before reaching their destination.Manufacturers are aware of this concern and have been investing heavily in research and development to enhance the cruising radius of their electric models. Innovations in battery technology, such as solid-state batteries, promise to extend the cruising radius while reducing charging times. As these technologies evolve, we can expect to see vehicles that not only travel further but also offer greater convenience to drivers.Moreover, the cruising radius isn't just a number; it represents a lifestyle choice for many drivers. For example, someone living in a city may prioritize a vehicle with a shorter cruising radius because they rarely take long trips. In contrast, a family that enjoys road trips would likely seek a vehicle with a more extensive cruising radius, allowing them to travel long distances without frequent stops for fuel or charging.In conclusion, understanding the cruising radius of a vehicle is essential for making informed decisions about transportation. Whether it’s for a commercial airline flight or a personal electric vehicle, knowing how far one can travel on a single charge or tank is crucial for planning and efficiency. As technology continues to advance, the cruising radius will likely expand, making travel more accessible and convenient for everyone. This understanding not only aids in practical decision-making but also contributes to a broader conversation about sustainability and the future of transportation.

“巡航半径”这一概念是指一辆车在单次加油或充电后能够行驶的最大距离。这个术语在航空和汽车行业中尤为重要，因为了解旅行的限制可以显著影响计划和运营效率。例如，当飞行员准备飞行时，了解飞机的“巡航半径”有助于确定他们是否可以在不需要加油的情况下到达目的地。同样，对于电动车（EV）来说，“巡航半径”指的是汽车在需要充电之前可以行驶的距离，这对于长途旅行至关重要。近年来，随着越来越多的人关注环保并考虑转向电动车，“巡航半径”的重要性不断上升。电动车的“巡航半径”会因电池大小、驾驶条件甚至空调或暖气的使用而显著变化。消费者通常会寻找具有更长“巡航半径”的车辆，以缓解一种普遍存在的担忧——续航焦虑，这种担忧常见于潜在的电动车买家，他们担心在到达目的地之前会耗尽电量。制造商意识到了这一担忧，并在研发上投入重金，以增强其电动车型的“巡航半径”。电池技术的创新，例如固态电池，有望在缩短充电时间的同时延长“巡航半径”。随着这些技术的发展，我们可以期待看到不仅能行驶更远的车辆，而且还为司机提供更大的便利。此外，“巡航半径”不仅仅是一个数字；它代表了许多司机的生活方式选择。例如，住在城市的人可能会优先考虑一辆“巡航半径”较短的车辆，因为他们很少进行长途旅行。相反，喜欢公路旅行的家庭可能会寻求一辆“巡航半径”更广的车辆，让他们能够在不频繁加油或充电的情况下进行长途旅行。总之，了解车辆的“巡航半径”对做出明智的交通决策至关重要。无论是商业航班还是个人电动车，知道在单次充电或加油后能行驶多远对规划和效率至关重要。随着技术的不断进步，“巡航半径”可能会扩大，使每个人的旅行更加便捷和可及。这种理解不仅有助于实际决策，还促进了关于可持续性和交通未来的更广泛讨论。