grids

简明释义

英[ɡrɪdz]美[ɡrɪdz]

n. [数]网格（grid 的复数形式）；栅格

英英释义

单词用法

同义词

反义词

例句

1.More importantly, 2010 will see a boom in “smart grids”.

更重要的是，2010年，人们将目睹“智能电网”的兴起。

2.Some publications use mixed grids.

一些出版物会使用混合栅格。

3.Ability to view results in grids.

能够在网格中查看结果。

4.Even on the ground, a large flare can overload power grids.

就是在地面，一次巨大的太阳风暴也能使电网超过载荷。

5.Connecting them to national grids will be slow and expensive.

将他们的房屋接上国家的输电网将尤为缓慢与昂贵。

6.Layouts based on grids are not appropriate in all cases.

基于栅格的版式设计并非适用于一切案例。

7.Data grids are the containers used to store cacheable application data.

数据网格是用于存储可缓存应用程序数据的容器。

8.The city is planning to upgrade its power distribution grids.

这座城市计划升级其电力分配电网。

9.Many modern buildings are designed with energy-efficient grids.

许多现代建筑都设计有节能的电网。

10.The map shows the transportation grids of the metropolitan area.

地图显示了大都市地区的交通网络。

11.Solar panels can be connected to the existing power grids.

太阳能电池板可以连接到现有的电力电网。

12.Urban planners often analyze grids to improve city layouts.

城市规划者常常分析网络以改善城市布局。

作文

In today's world, the term grids (网格) is often used in various contexts, including technology, art, and urban planning. Understanding the concept of grids is essential for comprehending how different systems are organized and how they function. A grid can be defined as a framework of spaced bars that are parallel to or cross each other; it forms a pattern of squares or rectangles. This simple yet powerful structure can be seen in numerous applications. For instance, in technology, grids play a crucial role in computer science, particularly in the field of data organization. The use of grids allows for efficient data storage and retrieval. When we think about databases, they often utilize a grid-like structure to manage information systematically. Each row and column in a database can be visualized as a grid, where data points meet at specific intersections, making it easier to access and manipulate information. Moreover, the concept of grids extends to the realm of energy distribution. The electrical grid, for example, is a complex network that delivers electricity from producers to consumers. It consists of power plants, transmission lines, substations, and transformers, all working together in a structured grid format. This system ensures that electricity is distributed efficiently and reliably to homes and businesses. Understanding how these grids operate is vital for anyone interested in energy management and sustainability. In addition to technology and energy, grids also appear prominently in urban planning. City planners often use grids to design road networks and zoning layouts. A well-structured grid system can enhance traffic flow, improve accessibility, and create spaces that are easy to navigate. For example, many cities in the United States, such as New York and Chicago, are known for their grid-like street layouts, which facilitate movement and organization within the urban environment. Art is another domain where grids have a significant impact. Artists often use grids as a tool for composition and perspective. By dividing a canvas into a series of grids, artists can accurately scale their subjects and maintain proportions. This technique has been employed by many famous artists throughout history, allowing them to create more balanced and harmonious works of art. In conclusion, the concept of grids (网格) is multifaceted and appears in various aspects of our lives. From data organization in technology to energy distribution and urban planning, grids provide a framework that enhances efficiency and understanding. In art, grids serve as a foundation for creativity and precision. As we continue to advance in technology and develop our cities, the importance of grids will only become more pronounced, highlighting their significance in shaping our modern world.

在今天的世界中，术语grids（网格）常常在各种背景下使用，包括技术、艺术和城市规划。理解grids的概念对于理解不同系统的组织方式及其功能至关重要。网格可以定义为一组平行或交叉的条框，形成一个方形或矩形的模式。这种简单而强大的结构可以在许多应用中看到。 例如，在技术领域，grids在计算机科学中发挥着至关重要的作用，特别是在数据组织方面。使用grids可以有效地存储和检索数据。当我们想到数据库时，它们通常利用网格状结构来系统地管理信息。数据库中的每一行和每一列都可以想象成一个grid，数据点在特定交点相遇，使得访问和操作信息变得更加容易。 此外，grids的概念还扩展到能源分配领域。例如，电网是一个复杂的网络，将电力从生产者传递到消费者。它由发电厂、输电线路、变电站和变压器组成，所有这些都以结构化的grid格式协同工作。该系统确保电力高效可靠地分配到家庭和企业。理解这些grids如何运作对于任何对能源管理和可持续性感兴趣的人来说都是至关重要的。 除了技术和能源，grids在城市规划中也显得尤为重要。城市规划者常常使用grids来设计道路网络和区域布局。一个结构良好的grid系统可以增强交通流动性，提高可达性，并创造易于导航的空间。例如，美国的许多城市，如纽约和芝加哥，以其网格状的街道布局而闻名，这促进了城市环境内的流动性和组织。 艺术是另一个grids产生重大影响的领域。艺术家常常将grids作为构图和透视的工具。通过将画布划分为一系列grids，艺术家可以准确缩放他们的主题并保持比例。这种技术在历史上被许多著名艺术家采用，使他们能够创作出更平衡和和谐的艺术作品。 总之，grids（网格）的概念是多面的，出现在我们生活的各个方面。从技术中的数据组织到能源分配和城市规划，grids提供了一种增强效率和理解的框架。在艺术中，grids作为创造力和精确性的基础。随着我们在技术上不断进步并发展我们的城市，grids的重要性只会变得更加明显，突显了它们在塑造现代世界中的重要性。