structures

简明释义

英[st'rʌktʃəz]美[ˈstrʌktʃər]

n. 结构；[建]构筑物；业务方式（structure 的复数）

v. 建造（structure 的第三人称单数形式）

英英释义

单词用法

同义词

反义词

例句

1.The world's architectural structures have also been devised in relation to the objective limitations of materials.

世界上的建筑结构也根据材料的客观限制进行了设计。

2.His novels have very unique structures.

他的小说结构非常独特。

3.Using these data sets, we can get the work items and their structures.

使用这些数据集，我们可以得到工作项目和它们的结构。

4.Materials and methods of construction are integral parts of the design of architecture structures.

建筑材料和施工方法是建筑结构设计的重要组成部分。

5.How do they pronounce words? What are the rhythmic structures of how they speak?

他们是怎么发音的？他们说话时的韵律结构是怎样的？

6.Brittleness remains a problem when building steel structures in cold conditions, such as oil rigs in the Arctic.

对于在寒冷条件下建造钢结构，比如北极的石油钻井平台，如何解决材料的脆性仍然是一个问题。

7.What would you say is the biggest obstacle today to putting structures, equipment, people…anything really, into space?

你认为目前把结构、设备、人员等任何东西送上太空的最大障碍是什么？

8.The same way cells that form the limb become more like muscle cells or skin cells, or the structures that become the limb.

同样的方式，形成肢体的细胞变得更像肌肉细胞或皮肤细胞，或成为肢体的结构。

9.The city is known for its unique architectural structures.

这个城市以其独特的建筑结构而闻名。

10.Biologists study the structures of cells to understand how they function.

生物学家研究细胞的结构以了解它们是如何运作的。

11.The engineer designed new structures that can withstand earthquakes.

工程师设计了新的结构，可以抵御地震。

12.In literature, authors often explore the structures of their narratives.

在文学中，作者经常探讨他们叙述的结构。

13.The organization focuses on building social structures that promote equality.

该组织专注于建立促进平等的社会结构。

作文

Structures are fundamental components of our world, shaping everything from the buildings we live in to the systems that govern our societies. In architecture, structures (结构) are the frameworks that support and define the physical form of a building. Whether it is a towering skyscraper or a quaint cottage, the structures (结构) involved are crucial for ensuring stability and safety. Engineers and architects work meticulously to design these structures (结构), taking into account factors such as material strength, environmental impact, and aesthetic appeal. Beyond architecture, the concept of structures (结构) extends into various fields including sociology, biology, and even linguistics. In sociology, social structures (结构) refer to the organized patterns of relationships and institutions that shape society. These structures (结构) dictate how individuals interact, influence social behavior, and contribute to the overall functioning of communities. Understanding these social structures (结构) is essential for addressing societal issues and fostering positive change. In biology, the structures (结构) of living organisms, from cellular arrangements to organ systems, illustrate the complexity of life. Each biological structure (结构) serves a specific function, working in harmony with others to sustain life. For instance, the intricate structures (结构) of DNA carry genetic information, while the structures (结构) of proteins determine their role in biological processes. Studying these structures (结构) allows scientists to unlock the secrets of life and develop medical advancements. Linguistically, language itself is built upon structures (结构) that govern syntax, grammar, and semantics. The structures (结构) of sentences dictate how words combine to convey meaning, influencing communication across cultures. Understanding these linguistic structures (结构) can enhance language learning and improve cross-cultural interactions. In conclusion, the term structures (结构) encompasses a vast array of meanings across different disciplines. From the physical structures (结构) of our built environment to the abstract structures (结构) that govern social and biological systems, recognizing the importance of structures (结构) enables us to appreciate the interconnectedness of various fields of study. By examining these structures (结构), we can gain deeper insights into the world around us and make informed decisions that impact our future. As we continue to explore and innovate, understanding the underlying structures (结构) will be key to addressing the challenges we face in an ever-evolving world.

结构是我们世界的基本组成部分，塑造了从我们居住的建筑到管理我们社会的系统的一切。在建筑学中，结构（结构）是支撑和定义建筑物物理形态的框架。无论是高耸的摩天大楼还是雅致的小屋，所涉及的结构（结构）对确保稳定性和安全性至关重要。工程师和建筑师精心设计这些结构（结构），考虑材料强度、环境影响和美学吸引力等因素。 超越建筑，结构（结构）的概念延伸到包括社会学、生物学甚至语言学等各个领域。在社会学中，社会结构（结构）指的是塑造社会的有组织的关系和制度模式。这些结构（结构）决定了个人如何互动，影响社会行为，并有助于社区的整体运作。理解这些社会结构（结构）对于解决社会问题和促进积极变化至关重要。 在生物学中，生物体的结构（结构），从细胞排列到器官系统，展示了生命的复杂性。每个生物结构（结构）都有特定的功能，与其他结构（结构）协调工作以维持生命。例如，DNA的复杂结构（结构）携带遗传信息，而蛋白质的结构（结构）决定它们在生物过程中所起的作用。研究这些结构（结构）使科学家能够揭开生命的秘密并发展医学进步。 从语言学的角度来看，语言本身建立在控制句法、语法和语义的结构（结构）之上。句子的结构（结构）决定了单词如何组合以传达意义，影响跨文化交流。理解这些语言学结构（结构）可以增强语言学习并改善跨文化互动。 总之，术语结构（结构）在不同学科中包含了广泛的含义。从我们建筑环境的物理结构（结构）到治理社会和生物系统的抽象结构（结构），认识到结构（结构）的重要性使我们能够欣赏各个研究领域的相互联系。通过检查这些结构（结构），我们可以更深入地洞察周围的世界，并做出影响我们未来的明智决策。随着我们继续探索和创新，理解潜在的结构（结构）将是应对我们在不断发展的世界中面临的挑战的关键。