isochrone

简明释义

英[ˈaɪsəʊˌkrəʊn]美[ˈaɪsoʊˌkroʊn]

n. [天][气象][物] 等时线；瞬压曲线

英英释义

单词用法

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例句

1.The system's software include signal acquisition module, signal preprocessing module, character point detecting module, isochrone map construction module, output display and print module.

软件包括信号采集模块、信号预处理模块、特征点检测模块、等时图生成模块、输出显示和打印模块组成。

2.Through the analysis of the urban public transportation system, a new theoretical model based on GIS isochrone approach is put forward and a design prototype is described with an isochrone analysis.

提出了基于GIS等时线分析方法的理论模型，以城市公共交通运输系统的主要工具——公共汽车和城市火车为例，描述了等时线分析的设计原型。

3.Through the analysis of the urban public transportation system, a new theoretical model based on GIS isochrone approach is put forward and a design prototype is described with an isochrone analysis.

提出了基于GIS等时线分析方法的理论模型，以城市公共交通运输系统的主要工具——公共汽车和城市火车为例，描述了等时线分析的设计原型。

4.The isochrone analysis helped urban planners understand accessibility in different neighborhoods.

这项等时线分析帮助城市规划者理解不同社区的可达性。

5.An isochrone is useful for determining the optimal location for new retail stores.

一个等时线对于确定新零售店的最佳位置是非常有用的。

6.The city's transportation department created an isochrone map to show travel times from the central station.

城市交通部门创建了一张等时线地图，以显示从中央车站的旅行时间。

7.Using isochrones, we can visualize areas that can be reached within 30 minutes by public transport.

通过使用等时线，我们可以可视化在30分钟内可以通过公共交通到达的区域。

8.The researchers used isochrones to model the spread of a wildfire over time.

研究人员使用等时线来模拟野火随时间的蔓延。

作文

In the field of geography and urban planning, the term isochrone refers to a line on a map that connects points at which an event occurs simultaneously. This concept is particularly useful for understanding accessibility and travel times within a city. For instance, when urban planners create public transportation systems, they often utilize isochrones to determine how far people can travel within a certain time frame. By analyzing these lines, planners can identify areas that may be underserved by public transport or need further development to improve accessibility.The study of isochrones can also extend to various fields such as environmental science and logistics. In environmental studies, researchers might use isochrones to assess the impact of pollution dispersion over time. By mapping out how far pollutants can travel within specific time intervals, scientists can better understand the potential impact on ecosystems and human health. Similarly, in logistics, companies can optimize their delivery routes by analyzing isochrones to ensure that products reach customers in the most efficient manner possible.Moreover, isochrones are not only limited to geographical applications. They can also be applied in technology, particularly in data visualization. For example, in the realm of gaming, developers might utilize isochrones to create maps that indicate the range of a character's abilities or the reach of certain actions within a specified timeframe. This can enhance gameplay by allowing players to strategize based on the time it takes to move from one point to another.The significance of isochrones becomes even more apparent when considering urban mobility. With the rise of smart cities, the integration of technology and data analytics has made it easier to generate real-time isochrones. These dynamic maps can show how travel times change depending on traffic conditions, weather, and other factors. As a result, residents can make informed decisions about their travel routes, potentially saving time and reducing congestion.In summary, the concept of isochrone plays a crucial role in various disciplines, from urban planning to environmental science and technology. Understanding how to create and interpret isochrones can lead to improved decision-making processes and more efficient systems. As we continue to advance technologically and face new challenges in urban environments, the importance of isochrones will likely grow, paving the way for more innovative solutions to age-old problems. The ability to visualize time and distance through isochrones not only enhances our understanding of spatial relationships but also empowers us to create more sustainable and accessible communities for the future.

在地理和城市规划领域，术语isochrone指的是地图上连接事件同时发生的点的线。这个概念对于理解城市的可达性和旅行时间特别有用。例如，当城市规划者创建公共交通系统时，他们通常利用isochrones来确定人们在特定时间内能够旅行多远。通过分析这些线，规划者可以识别出公共交通服务不足的区域或需要进一步开发以改善可达性的地方。isochrones的研究也可以扩展到环境科学和物流等各个领域。在环境研究中，研究人员可能使用isochrones来评估污染扩散随时间的影响。通过绘制污染物在特定时间间隔内可以传播多远，科学家可以更好地理解对生态系统和人类健康的潜在影响。同样，在物流中，公司可以通过分析isochrones来优化配送路线，确保产品以最有效的方式送达客户。此外，isochrones不仅限于地理应用。它们还可以应用于技术，特别是在数据可视化方面。例如，在游戏领域，开发者可能利用isochrones来创建地图，指示角色能力的范围或在特定时间内某些动作的覆盖范围。这可以增强游戏体验，让玩家根据从一个点移动到另一个点所需的时间进行战略规划。当考虑到城市流动性时，isochrones的重要性变得更加明显。随着智能城市的兴起，技术和数据分析的结合使得生成实时isochrones变得更加容易。这些动态地图可以显示旅行时间如何根据交通状况、天气和其他因素变化。因此，居民可以做出明智的旅行路线选择，可能节省时间并减少拥堵。总之，isochrone的概念在城市规划、环境科学和技术等各个学科中发挥着至关重要的作用。理解如何创建和解释isochrones可以导致更好的决策过程和更高效的系统。随着我们在技术上不断进步并面临城市环境中的新挑战，isochrones的重要性可能会增长，为更创新的解决方案铺平道路。通过isochrones可视化时间和距离的能力不仅增强了我们对空间关系的理解，还赋予我们创造更加可持续和可达的社区的力量。