grid

简明释义

英[ɡrɪd]美[ɡrɪd]

n. 网格，方格；栅栏；输电网，电力网；赛车起跑线；美式橄榄球球场，橄榄球赛；（控制）栅极；计算机联网

v. 使……构成网格状，布置成网格结构

复 数 g r i d s

第 三 人 称 单 数 g r i d s

现 在 分 词 g r i d d i n g

过 去 式 g r i d d e d

过 去 分 词 g r i d d e d

英英释义

单词用法

同义词

反义词

例句

1.Our lives have been planned along a road grid.

我们的生活被规划成一个道路网。

2.Getting enough to eat and enjoying the safety and comfort of living fully on the grid is certainly a good thing—but it does carry an environmental price.

人们获得足够的食物，充分享受生活在城市中的安全和舒适当然是一件好事——但这确实会带来环境代价。

3.The grid configuration parameters.

网格配置参数。

4.A winch shuttles back and forth, and side to side, on a grid of rails above stacks of containers.

一台绞车在集装箱堆上方的轨道网上前后、左右穿梭。

5.Towards the end of the decade, China's economy was expanding past the capacity of the nation's electricity grid.

在这十年期的末期，中国经济正在扩张，超过了国家电网的容量。

6.Although the system would consume energy, it would return energy to the grid via methane generation from composting nonedible parts of plants.

尽管该系统会消耗能源，但它会通过从植物不可食用的部分堆肥产生的沼气将能源回馈给电网。

7.The power outage affected the entire grid 电网 in the city.

停电影响了整个电网在城市中的运行。

8.We need to design a new grid 网格 layout for the urban planning project.

我们需要为城市规划项目设计一个新的网格布局。

9.The data was organized into a grid 网格 format for easier analysis.

数据被组织成网格格式以便于分析。

10.In mathematics, a grid 网格 can help visualize functions on a coordinate plane.

在数学中，网格可以帮助在坐标平面上可视化函数。

11.The game board was marked with a grid 网格 to facilitate gameplay.

游戏板上用网格标记，以便于游戏进行。

作文

The concept of a grid is often associated with various fields, including technology, urban planning, and even art. In the realm of technology, a grid typically refers to a network that distributes power or data across multiple points. For instance, in electrical engineering, a power grid connects power plants to consumers, ensuring that electricity is efficiently delivered to homes and businesses. This interconnected system allows for better management of resources and helps prevent outages during peak demand times. In urban planning, the term grid is used to describe a layout of streets and blocks in a city. A well-designed street grid can enhance navigation, facilitate traffic flow, and promote accessibility. Cities like New York and Barcelona are famous for their structured grid systems, which make it easier for residents and tourists alike to find their way around. The organization provided by a grid can lead to more efficient use of land and resources, ultimately contributing to the overall functionality of a city. Moreover, in the field of art, artists often use a grid as a tool for scaling and transferring images. By overlaying a grid on a reference image, an artist can accurately replicate proportions and details onto a larger canvas. This technique has been used by many renowned artists throughout history, allowing them to create stunning works of art with precision. The grid serves as a guide, helping to maintain balance and symmetry in the composition. Despite its various applications, the grid also presents challenges. In terms of technology, the reliance on a centralized power grid can make systems vulnerable to failures or attacks. A single point of failure can have widespread repercussions, leading to blackouts or data breaches. As we move towards a more decentralized approach, innovations such as microgrids are being explored. These smaller, localized grids can operate independently, providing resilience and sustainability to energy distribution. In urban environments, while a grid layout can be beneficial, it can also lead to monotonous and uninspired designs. Critics argue that rigid grid patterns can stifle creativity and limit the development of unique architectural styles. To combat this, many modern cities are incorporating green spaces and mixed-use developments within their grid frameworks, creating vibrant and diverse neighborhoods. In conclusion, the word grid encompasses a wide range of meanings and applications across different disciplines. Whether it is in the context of technology, urban planning, or art, the grid serves as a foundational element that shapes our interactions with the world. Understanding the multifaceted nature of a grid can help us appreciate its significance and influence in our daily lives, as well as inspire future innovations that leverage its potential for efficiency and creativity.

“网格”这个概念通常与多个领域相关，包括技术、城市规划甚至艺术。在技术领域，“网格”通常指的是一个在多个点之间分配电力或数据的网络。例如，在电气工程中，电力“网格”将发电厂与消费者连接起来，确保电力高效地传送到家庭和企业。这个互联的系统允许更好的资源管理，并有助于在高峰需求期间防止停电。 在城市规划中，“网格”一词用于描述城市中街道和街区的布局。设计良好的街道“网格”可以增强导航、促进交通流动并提升可达性。像纽约和巴塞罗那这样的城市因其结构化的“网格”系统而闻名，使居民和游客更容易找到方向。“网格”提供的组织可以导致土地和资源的更有效使用，最终有助于城市的整体功能。 此外，在艺术领域，艺术家常常使用“网格”作为缩放和转移图像的工具。通过在参考图像上覆盖“网格”，艺术家可以准确地将比例和细节复制到更大的画布上。这种技术在历史上被许多著名艺术家使用，使他们能够以精确度创作出令人惊叹的艺术作品。“网格”作为指导，帮助保持构图的平衡和对称。 尽管“网格”具有多种应用，但也带来了挑战。在技术方面，依赖集中式电力“网格”可能使系统易受故障或攻击的影响。单一故障点可能会产生广泛的后果，导致停电或数据泄露。随着我们向更分散的方法迈进，微电网等创新正在被探索。这些较小的、本地化的“网格”可以独立运行，为能源分配提供弹性和可持续性。 在城市环境中，虽然“网格”布局可能是有益的，但也可能导致单调和缺乏灵感的设计。批评者认为，僵化的“网格”模式可能会抑制创造力，并限制独特建筑风格的发展。为了解决这个问题，许多现代城市在其“网格”框架内纳入绿色空间和混合用途开发，创造出充满活力和多样化的社区。 总之，词语“网格”涵盖了不同学科中广泛的含义和应用。无论是在技术、城市规划还是艺术的背景下，“网格”都是塑造我们与世界互动的重要基础元素。理解“网格”的多面性可以帮助我们欣赏其重要性及其在日常生活中的影响，并激励未来利用其潜力进行效率和创造力的创新。