mosaic array

简明释义

镶嵌矩阵

英英释义

例句

1.The software allows users to customize their interface with a mosaic array of widgets.

该软件允许用户使用马赛克阵列的小部件自定义界面。

2.The new digital display features a stunning mosaic array of colors that captivates the audience.

这个新的数字显示屏展现了令人惊叹的马赛克阵列色彩，吸引了观众。

3.The architect designed the building's facade with a mosaic array of tiles.

建筑师用马赛克阵列瓷砖设计了建筑的外立面。

4.In our biology lab, we created a mosaic array of different cell types for analysis.

在我们的生物实验室，我们创建了一个用于分析的不同细胞类型的马赛克阵列。

5.We used a mosaic array in our art project to represent diversity in culture.

我们在艺术项目中使用了马赛克阵列来代表文化的多样性。

作文

In the realm of modern technology, the term mosaic array refers to a sophisticated arrangement of pixels or components that work together to create a larger image or function. This concept is not only applicable in digital imaging but also finds its relevance in various fields such as telecommunications, data storage, and even biological studies. Understanding the intricacies of a mosaic array can provide insights into how complex systems can be organized and optimized for better performance.To illustrate this, consider the use of a mosaic array in digital photography. Cameras utilize sensors that are made up of millions of tiny pixels. Each pixel captures light and color information, which collectively forms a complete image. The arrangement of these pixels can be thought of as a mosaic array, where each piece contributes to the overall picture. The quality of the final image depends on how well these individual pixels work together, much like how tiles in a mosaic must fit together seamlessly to create a beautiful artwork.Moreover, in the field of telecommunications, a mosaic array can refer to the configuration of antennas used to send and receive signals. By strategically placing multiple antennas in an array, engineers can enhance the quality and reach of wireless communications. This arrangement allows for better signal reception and transmission, leading to improved connectivity and faster data speeds. The effectiveness of a mosaic array in this context showcases how combining smaller units can result in a more powerful and efficient system.Biological sciences also leverage the concept of a mosaic array. Researchers often study genetic variations among species by analyzing the arrangement of genes on chromosomes. Each gene can be viewed as a tile in a mosaic, where the entire chromosome represents the mosaic array. Understanding how these genes interact and contribute to traits can lead to breakthroughs in genetics and medicine.The beauty of a mosaic array lies in its ability to transform simple elements into a complex whole. In art, a mosaic can be a stunning visual representation, while in technology, it signifies efficiency and innovation. As we continue to explore the potential of mosaic arrays across different domains, we unlock new possibilities for creativity and advancement.In conclusion, the concept of a mosaic array serves as a powerful metaphor for understanding how individual components can come together to form something greater than themselves. Whether in photography, telecommunications, or biology, the principles behind a mosaic array highlight the importance of collaboration and integration in achieving optimal results. As we move forward in a world increasingly defined by technology and interconnected systems, recognizing the value of these arrangements will be crucial for future innovations.

在现代科技领域，术语马赛克阵列指的是一种复杂的像素或组件排列，它们共同作用以创建更大的图像或功能。这个概念不仅适用于数字成像，还在电信、数据存储甚至生物研究等多个领域具有相关性。理解马赛克阵列的复杂性可以提供关于如何组织和优化复杂系统以获得更好性能的见解。为了说明这一点，可以考虑数字摄影中马赛克阵列的使用。相机利用由数百万个微小像素组成的传感器。每个像素捕捉光线和颜色信息，这些信息共同形成完整的图像。这些像素的排列可以被视为马赛克阵列，其中每一块都对整体画面做出贡献。最终图像的质量取决于这些单个像素的协同工作，就像马赛克中的瓷砖必须无缝贴合才能创造出美丽的艺术作品一样。此外，在电信领域，马赛克阵列可以指用于发送和接收信号的天线配置。通过战略性地将多个天线放置在一个阵列中，工程师可以增强无线通信的质量和覆盖范围。这种排列允许更好的信号接收和传输，从而提高连接性和更快的数据速度。在这种情况下，马赛克阵列的有效性展示了将较小单元结合起来可以产生更强大和高效的系统。生物科学也利用马赛克阵列的概念。研究人员经常通过分析染色体上基因的排列来研究物种之间的遗传变异。每个基因可以被视为马赛克中的一块，而整个染色体则代表马赛克阵列。理解这些基因如何相互作用并对特征产生影响，可以导致遗传学和医学的突破。马赛克阵列的美在于它能够将简单的元素转变为复杂的整体。在艺术中，马赛克可以是令人惊叹的视觉表现，而在技术中，它则意味着效率和创新。随着我们继续探索马赛克阵列在不同领域的潜力，我们为创造力和进步开启了新的可能性。总之，马赛克阵列的概念作为一个强有力的隐喻，帮助我们理解个体组件如何汇聚形成超越自身的整体。无论是在摄影、电信还是生物学中，马赛克阵列背后的原则强调了合作与整合在实现最佳结果中的重要性。随着我们在一个日益被技术和互联系统定义的世界中前行，认识到这些排列的价值对于未来的创新至关重要。