graticule

简明释义

英[ˈɡrætɪˌkjuːl]美[ˈɡrætɪkjuːl]

n. 格子线；显微镜的计数线；方格图

英英释义

单词用法

同义词

反义词

例句

1.PATRAN finished is used to build model of road wheel, divide finite element graticule, apply boundary load, and define material properties, which are submitted to MSC.

完成车轮几何建模，有限元网格划分，边界载荷的加入，材料特性的定义，再提交到MSC。

2.PATRAN finished is used to build model of road wheel, divide finite element graticule, apply boundary load, and define material properties, which are submitted to MSC.

完成车轮几何建模，有限元网格划分，边界载荷的加入，材料特性的定义，再提交到MSC。

3.The range of your sight is fixed at 274 m (300 yds), which has been found to be the optimum - you merely place the graticule round the target.

瞄准具的瞄准距离固定设置在274米（300码），这是我们发现最合适的设置-你很容易用分划套住目标。

4.In this peper, the cases for the calculation of the known theoretical area of graticule ladder are illustrated.

文中给出经纬网梯形已知理论面积的算例。

5.This graticule moved to the correct position allowing for deflection, and also incorporated a ranging facility.

参考提前量移动分划的正确的位置，还集成有测距设备。

6.It may cause error. To prevent these errors, a graticule is made, which can measure accurately.

笔者研制了一种具有“度量”功能的基准标尺板，能有效地减小这种比对误差。

7.The map features a detailed graticule that helps users locate coordinates easily.

这张地图有一个详细的经纬网，帮助用户轻松找到坐标。

8.When studying geography, understanding the graticule is essential for interpreting maps.

在学习地理时，理解经纬网对于解读地图至关重要。

9.The graticule on the globe shows both latitude and longitude lines.

地球仪上的经纬网显示了纬线和经线。

10.Astronomers use a graticule in telescopes to help pinpoint celestial objects.

天文学家在望远镜中使用经纬网来帮助定位天体。

11.The digital mapping software includes an adjustable graticule for better precision.

该数字地图软件包含可调节的经纬网以提高精确度。

作文

The concept of a graticule is fundamental in the field of cartography and geography. A graticule, which refers to the network of latitude and longitude lines on a map or globe, serves as a crucial tool for navigation and understanding our planet's geography. By providing a systematic way to pinpoint locations, the graticule allows us to communicate spatial information effectively. When we look at a world map, we often see a series of horizontal and vertical lines that create a grid-like pattern. This is the graticule in action. The horizontal lines represent latitude, measuring the distance north or south of the equator, while the vertical lines indicate longitude, measuring the distance east or west of the Prime Meridian. Together, these lines form a comprehensive framework that helps us locate any point on Earth with precision. Understanding the graticule is essential not only for cartographers but also for anyone interested in geography, travel, or navigation. For instance, when using a GPS device, the coordinates provided are based on the principles of the graticule. A GPS unit translates your location into a set of numbers that correspond to latitude and longitude, allowing you to find your way accurately. Moreover, the graticule plays a significant role in various scientific fields, including meteorology and oceanography. Weather patterns, ocean currents, and climate zones can be analyzed using the graticule system, enabling scientists to make informed predictions about environmental changes. Without this grid system, understanding these complex systems would be incredibly challenging. In addition to its practical applications, the graticule also holds aesthetic value in map-making. Many artists and designers incorporate the graticule into their work, creating visually appealing representations of geographical data. The interplay of lines and shapes can convey a sense of order and organization, making maps not just functional tools but also works of art. However, it is essential to recognize that the graticule is not without its limitations. The Earth's surface is not a perfect sphere; it is an oblate spheroid, meaning that the distance between lines of latitude varies depending on where you are on the globe. This discrepancy can lead to distortions in map projections, which cartographers must carefully consider when creating maps. Different map projections will alter the appearance of the graticule, affecting how we perceive distances and areas on the map. In conclusion, the graticule is a vital component of geography and cartography, providing a framework for navigation, scientific analysis, and artistic expression. Its significance extends beyond mere lines on a map; it represents our quest to understand and navigate the world around us. By grasping the concept of the graticule, we can enhance our appreciation for the intricate relationships between places and the systems that govern our planet. As we continue to explore and map the Earth, the graticule will remain an indispensable tool in our efforts to comprehend the complexities of our world.

“格网”这个概念在制图和地理学领域是基础性的。“格网”指的是地图或地球仪上的纬度和经度线的网络，它作为导航和理解我们星球地理的重要工具。通过提供一种系统化的方法来定位位置，格网使我们能够有效地传达空间信息。 当我们查看世界地图时，常常能看到一系列水平和垂直线条，形成一种网格状的图案。这就是格网在发挥作用。水平线表示纬度，测量赤道以北或以南的距离，而垂直线则表示经度，测量离本初子午线以东或以西的距离。这些线条共同构成了一个全面的框架，帮助我们精确地找到地球上的任何一点。 理解格网不仅对制图师至关重要，对任何对地理、旅行或导航感兴趣的人来说也是如此。例如，当使用GPS设备时，提供的坐标是基于格网的原理。GPS单元将您的位置转换为一组对应于纬度和经度的数字，使您能够准确地找到方向。 此外，格网在气象学和海洋学等多个科学领域中也扮演着重要角色。天气模式、海洋洋流和气候区可以利用格网系统进行分析，使科学家能够对环境变化做出明智的预测。如果没有这个网格系统，理解这些复杂的系统将会非常具有挑战性。 除了实用应用外，格网在制图中也具有美学价值。许多艺术家和设计师将格网融入他们的作品中，创造出视觉上吸引人的地理数据表现。线条和形状的相互作用可以传达出一种秩序和组织感，使地图不仅仅是功能工具，也是艺术作品。 然而，必须认识到格网并非没有局限性。地球的表面并不是完美的球体；它是一个扁球体，这意味着纬度线之间的距离因您所在的地球位置而异。这种差异可能导致地图投影中的失真，制图师在制作地图时必须仔细考虑这一点。不同的地图投影会改变格网的外观，影响我们对地图上距离和面积的感知。 总之，格网是地理和制图的一个重要组成部分，为导航、科学分析和艺术表现提供了框架。它的意义超越了地图上的简单线条；它代表了我们对理解和导航周围世界的追求。通过掌握格网的概念，我们可以增强对地方之间复杂关系及其支配我们星球的系统的欣赏。随着我们继续探索和绘制地球，格网将在我们理解世界复杂性方面始终是不可或缺的工具。