basic traffic capacity

简明释义

基本交通量

英英释义

例句

1.Engineers must consider the basic traffic capacity 基本交通能力 when planning new highways.

工程师在规划新高速公路时必须考虑基本交通能力。

2.The basic traffic capacity 基本交通能力 of this intersection is often exceeded during rush hour.

这个交叉口的基本交通能力在高峰时段经常被超越。

3.Understanding the basic traffic capacity 基本交通能力 helps in designing efficient transportation systems.

了解基本交通能力有助于设计高效的交通系统。

4.The city planners need to evaluate the basic traffic capacity 基本交通能力 of the main roads before implementing new policies.

城市规划者需要在实施新政策之前评估主要道路的基本交通能力。

5.A decrease in basic traffic capacity 基本交通能力 can lead to increased congestion and delays.

基本交通能力的下降可能导致拥堵和延误增加。

作文

Understanding the concept of basic traffic capacity is crucial for urban planning and transportation management. In simple terms, basic traffic capacity refers to the maximum volume of traffic that a road or transportation system can handle under normal conditions without significant delays. This concept plays a vital role in ensuring that cities can accommodate the movement of people and goods efficiently. In urban areas, where population density is high, the demand for effective transportation systems increases. The basic traffic capacity of roads directly impacts how well these systems function. For instance, if a major road has a basic traffic capacity of 1,000 vehicles per hour but experiences an influx of 1,500 vehicles during rush hour, congestion will occur. This not only leads to longer travel times but also contributes to increased pollution and stress among commuters.To illustrate the importance of understanding basic traffic capacity, consider a city that is planning to expand its public transportation network. City planners must assess the basic traffic capacity of existing roads and intersections to determine how many additional buses or trains can be introduced without overwhelming the system. If they fail to account for the basic traffic capacity, they risk creating bottlenecks that could negate the benefits of the new transportation options.Moreover, the basic traffic capacity can vary based on several factors, including road design, traffic signal timing, and the presence of pedestrians and cyclists. For example, a wide highway with multiple lanes may have a higher basic traffic capacity compared to a narrow street. Additionally, well-timed traffic signals can optimize the flow of vehicles, thus enhancing the basic traffic capacity of an intersection.In recent years, the rise of smart technology has offered new ways to manage and improve basic traffic capacity. Intelligent traffic systems use real-time data to adjust traffic signals and provide information to drivers about optimal routes. By utilizing technology, cities can better monitor and manage their basic traffic capacity, leading to more efficient transportation networks.Furthermore, understanding basic traffic capacity is not only essential for current infrastructure but also for future developments. As cities grow and evolve, planners must anticipate changes in traffic patterns and ensure that the basic traffic capacity is sufficient to meet future demands. This proactive approach can help prevent traffic issues before they arise, ultimately improving the quality of life for residents.In conclusion, the concept of basic traffic capacity is fundamental to effective urban planning and transportation management. By understanding and optimizing this capacity, cities can enhance mobility, reduce congestion, and promote sustainable growth. It is imperative for planners, policymakers, and citizens alike to recognize the significance of basic traffic capacity in creating efficient and livable urban environments.

理解“基本交通能力”这一概念对于城市规划和交通管理至关重要。简单来说，基本交通能力是指在正常条件下，一条道路或交通系统能够处理的最大交通量，而不会造成显著延误。这个概念在确保城市能够高效地容纳人员和货物的流动方面发挥着重要作用。在城市地区，由于人口密度高，对有效交通系统的需求增加。道路的基本交通能力直接影响这些系统的运作。例如，如果一条主要道路的基本交通能力为每小时1000辆车，但在高峰时段涌入1500辆车，就会发生拥堵。这不仅导致旅行时间延长，还会增加污染和通勤者的压力。为了说明理解基本交通能力的重要性，考虑一个计划扩展公共交通网络的城市。城市规划者必须评估现有道路和交叉口的基本交通能力，以确定可以在不压垮系统的情况下引入多少额外的公交车或火车。如果他们未能考虑到基本交通能力，则可能会造成瓶颈，从而抵消新交通选项的好处。此外，基本交通能力可能会因多个因素而异，包括道路设计、交通信号定时以及行人和骑自行车者的存在。例如，宽阔的高速公路可能具有比狭窄街道更高的基本交通能力。此外，良好定时的交通信号可以优化车辆流动，从而提高交叉口的基本交通能力。近年来，智能技术的兴起为管理和改善基本交通能力提供了新的方法。智能交通系统利用实时数据来调整交通信号，并向司机提供最佳路线的信息。通过利用技术，城市可以更好地监控和管理其基本交通能力，从而实现更高效的交通网络。此外，理解基本交通能力不仅对当前基础设施至关重要，也对未来发展至关重要。随着城市的增长和演变，规划者必须预测交通模式的变化，并确保基本交通能力足以满足未来的需求。这种前瞻性的方法可以帮助在问题出现之前防止交通问题，从而最终改善居民的生活质量。总之，“基本交通能力”的概念是有效城市规划和交通管理的基础。通过理解和优化这一能力，城市可以提升流动性，减少拥堵，促进可持续发展。规划者、政策制定者和公民都必须认识到基本交通能力在创建高效和宜居城市环境中的重要性。