mean refuelling rate

简明释义

平均换料率

英英释义

例句

1.To optimize operations, the team analyzed the mean refuelling rate during peak hours.

为了优化操作，团队分析了高峰时段的平均加油速率。

2.The mean refuelling rate of the fleet has improved due to new technology.

由于新技术，机队的平均加油速率有所提高。

3.The aircraft's performance was evaluated based on its mean refuelling rate.

飞机的性能是基于其平均加油速率进行评估的。

4.Understanding the mean refuelling rate helps in scheduling maintenance effectively.

了解平均加油速率有助于有效安排维护工作。

5.The logistics manager reported a decrease in the mean refuelling rate last quarter.

物流经理报告上个季度平均加油速率有所下降。

作文

In the realm of aviation and transportation, understanding various metrics is crucial for efficient operations. One such important metric is the mean refuelling rate, which refers to the average speed or efficiency at which a vehicle, particularly an aircraft, is refuelled. This measurement is vital for ensuring that operations run smoothly and that vehicles are ready for their next journey without unnecessary delays. The mean refuelling rate can significantly impact scheduling, operational costs, and overall performance. To grasp the significance of the mean refuelling rate, we must first consider its implications in real-world scenarios. For instance, in commercial aviation, time is money. Airlines strive to minimize the turnaround time of their flights, and refuelling is a critical part of this process. If an aircraft takes too long to refuel, it can lead to delays, missed connections, and ultimately dissatisfied passengers. Therefore, optimizing the mean refuelling rate becomes a priority for airlines.Moreover, the mean refuelling rate is not only relevant for commercial airlines but also for military operations where time can be of the essence. In combat situations, the ability to quickly refuel and redeploy aircraft can determine the success of a mission. Military planners closely monitor the mean refuelling rate to ensure that their operations remain agile and responsive.The calculation of the mean refuelling rate typically involves collecting data on the total amount of fuel dispensed during refuelling operations and the total time taken for those operations. By dividing the total fuel by the total time, operators can derive the average rate of refuelling. This information can then be used to identify trends, inefficiencies, or areas for improvement.Additionally, technological advancements have played a significant role in enhancing the mean refuelling rate. Modern refuelling systems are designed to be more efficient, utilizing advanced pumps and automated systems that reduce the time required for refuelling. Training personnel to operate these systems effectively also contributes to improving the mean refuelling rate. As a result, organizations that invest in technology and training often see substantial benefits in their operational efficiency.In conclusion, the mean refuelling rate is a critical metric in both aviation and transportation sectors. Its impact on operational efficiency, cost management, and customer satisfaction cannot be overstated. By focusing on improving the mean refuelling rate, organizations can enhance their overall performance and maintain a competitive edge in an increasingly demanding environment. Understanding and optimizing this metric is essential for anyone involved in the logistics and operations of transportation services, as it directly correlates with the effectiveness of their operations. Ultimately, mastering the concept of the mean refuelling rate can lead to better planning, execution, and success in the fast-paced world of aviation and beyond.

在航空和运输领域，理解各种指标对于高效运营至关重要。其中一个重要的指标是平均加油速率，它指的是车辆，特别是飞机，加油的平均速度或效率。这个测量对于确保操作顺利进行，以及车辆能够迅速准备好进行下一次旅程而不会出现不必要的延误至关重要。平均加油速率可以显著影响调度、运营成本和整体性能。为了理解平均加油速率的重要性，我们必须首先考虑其在现实场景中的影响。例如，在商业航空中，时间就是金钱。航空公司努力尽量减少航班的周转时间，而加油是这一过程中的关键部分。如果一架飞机加油时间过长，可能导致延误、错过连接航班，最终使乘客感到不满。因此，优化平均加油速率成为航空公司的优先事项。此外，平均加油速率不仅与商业航空有关，也与军事行动密切相关，在这些情况下，时间可能至关重要。在战斗情况下，快速加油和重新部署飞机的能力可以决定任务的成功。军事规划人员密切监控平均加油速率，以确保他们的行动保持灵活和响应迅速。平均加油速率的计算通常涉及收集加油操作期间分配的总燃料量和这些操作所花费的总时间。通过将总燃料量除以总时间，操作员可以得出平均加油速率。然后，这些信息可用于识别趋势、低效或改进领域。此外，技术进步在提高平均加油速率方面发挥了重要作用。现代加油系统旨在更加高效，利用先进的泵和自动化系统来减少加油所需的时间。对人员进行有效操作这些系统的培训也有助于提高平均加油速率。因此，投资于技术和培训的组织往往会在运营效率上看到显著收益。总之，平均加油速率是航空和运输行业中的一个关键指标。它对运营效率、成本管理和客户满意度的影响不可小觑。通过关注改善平均加油速率，组织可以增强整体绩效，并在日益严峻的环境中保持竞争优势。理解和优化这一指标对于任何参与运输服务物流和运营的人来说都是必不可少的，因为它与其运营的有效性直接相关。最终，掌握平均加油速率的概念可以带来更好的规划、执行和在快速变化的航空世界及其他领域的成功。