loading factor

简明释义

负载系数

英英释义

例句

1.To improve the loading factor (载客率), airlines may offer discounts during off-peak times.

为了提高loading factor（载客率），航空公司可能会在非高峰时段提供折扣。

2.The airline industry often calculates the loading factor (载客率) to determine the efficiency of its flights.

航空业经常计算loading factor（载客率）以确定航班的效率。

3.In public transportation, the loading factor (载客率) helps assess how well the service meets demand.

在公共交通中，loading factor（载客率）有助于评估服务如何满足需求。

4.The loading factor (载客率) of the train was unusually low last month due to bad weather.

由于恶劣天气，上个月火车的loading factor（载客率）异常低。

5.A higher loading factor (载客率) means that more seats are filled on a flight, which is beneficial for profitability.

更高的loading factor（载客率）意味着航班上有更多的座位被占用，这对盈利是有利的。

作文

The concept of the loading factor is crucial in various fields, particularly in transportation and logistics. In simple terms, the loading factor refers to the ratio of the actual load carried by a vehicle or aircraft to its maximum capacity. This metric helps organizations assess their efficiency and optimize their operations. For example, in the airline industry, the loading factor is a key performance indicator that measures how well an airline fills seats and generates revenue. A higher loading factor indicates better utilization of resources, which can lead to increased profitability.Moreover, understanding the loading factor is essential for making informed decisions regarding pricing strategies and capacity planning. Airlines often adjust ticket prices based on the loading factor to ensure they maximize revenue while maintaining a competitive edge. If the loading factor is low, airlines might lower prices to attract more passengers, whereas a high loading factor could allow them to raise prices due to high demand.In addition to the airline industry, the loading factor is also relevant in public transportation systems like buses and trains. Transportation authorities monitor the loading factor to determine whether they need to increase the frequency of services or expand their fleet. By analyzing the loading factor, they can identify peak travel times and allocate resources more effectively, ultimately enhancing passenger satisfaction and operational efficiency.The loading factor concept extends beyond transportation. In the context of telecommunications, it refers to the amount of data transmitted over a network compared to its capacity. A high loading factor in a network can lead to congestion and slower speeds, prompting service providers to upgrade infrastructure or implement traffic management solutions.Furthermore, businesses can apply the loading factor principle to their operations, such as in manufacturing. By analyzing the loading factor of machinery and production lines, companies can identify bottlenecks and optimize workflows. This analysis helps in reducing waste and improving overall productivity, contributing to better financial performance.In summary, the loading factor is a versatile concept that plays a significant role in various industries. Whether in transportation, telecommunications, or manufacturing, understanding the loading factor enables organizations to optimize their operations and make strategic decisions. As industries continue to evolve, the importance of monitoring and improving the loading factor will only grow, making it a vital aspect of effective management and resource allocation.

“加载因子”这一概念在多个领域中至关重要，尤其是在交通和物流方面。简单来说，“加载因子”是指实际载荷与车辆或飞机最大容量之间的比率。这个指标帮助组织评估其效率并优化运营。例如，在航空业中，“加载因子”是一个关键绩效指标，用于衡量航空公司填满座位和产生收入的能力。更高的“加载因子”表示资源的更好利用，这可以导致盈利能力的提高。此外，理解“加载因子”对于制定定价策略和容量规划的明智决策至关重要。航空公司通常根据“加载因子”来调整票价，以确保他们最大化收入，同时保持竞争优势。如果“加载因子”较低，航空公司可能会降低票价以吸引更多乘客，而较高的“加载因子”则可能使他们能够因需求旺盛而提高价格。除了航空业，“加载因子”在公共交通系统（如公交和火车）中也很相关。交通管理部门监测“加载因子”，以确定是否需要增加服务频率或扩大车队。通过分析“加载因子”，他们可以识别高峰出行时间，更有效地分配资源，最终提高乘客满意度和运营效率。“加载因子”概念超越了交通。在电信领域，它指的是网络中传输的数据量与其容量之间的比率。网络中的高“加载因子”可能导致拥塞和速度变慢，促使服务提供商升级基础设施或实施流量管理解决方案。此外，企业还可以将“加载因子”原则应用于其运营，例如在制造业中。通过分析机器和生产线的“加载因子”，公司可以识别瓶颈并优化工作流程。这种分析有助于减少浪费，提高整体生产力，从而改善财务表现。总之，“加载因子”是一个多用途的概念，在各个行业中发挥着重要作用。无论是在交通、电信还是制造业，理解“加载因子”使组织能够优化其运营并做出战略决策。随着行业的不断发展，监测和改善“加载因子”的重要性只会增加，使其成为有效管理和资源分配的重要方面。