reticulation

简明释义

英[rɪˌtɪkjʊˈleɪʃ(ə)n]美[rɪˌtɪkjəˈleʃən]

n. 网状，网状物；网目；网状组织

英英释义

单词用法

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例句

1.The existence of reticulation and mass shape ferrite, decarbonization at the screw thread surface layer which induced decline of fatigue strength of connecting bolt were also…

此外，显微组织中网状、块状铁素体的存在以及螺纹表层脱碳使连接螺栓疲劳强度下降也是造成断裂的重要原因。

2.In three-dimensional reticulation traversing, place oneself in the galaxy, feeling of endless delicious.

在三维网状结构的穿越，置身于银河之中，感受无尽的美味。

3.Whenever you see a chest film with long standing reticulation with a lower lobe and peripheral preference also think 'UIP'.

无论何时，你看到胸片上长期存在的网状影，并且多位于下叶和肺周边部，你应想到uip。

4.The 3D images of trabecular structure of cancellous bone after reconstruction were displayed with peculiarity of uniformity a nd solid reticulation.

重建后的松质骨三维立体图像呈均匀、致密的立体网状结构，骨小梁连接清晰可见。

5.Causes - Application and flow issues, reticulation, substrate related problems and poor formulation.

成因-应用和流动问题，网状，衬底有关的问题和穷人的制定。

6.The outside is packed tightly by protection chain, which guards against the tyre outside hurt effectively. In the inside, encrypt the reticulation range, the protection effects are more dependability.

全包型保护链解决了轮胎内外侧易受创伤的问题，轮胎外侧全部被保护链包严，有效防止了轮胎外侧的创伤，轮胎内侧加密了网状物的排列，防护效果更加可靠。

7.Hard nickel cast iron is a kind of good wear resistant material, but its carbide formed as reticulation and microstructure was coarse, resulting in low toughness and unstable properties.

硬镍合金铸铁是一种良好的抗磨材料，但由于其碳化物呈网状和组织粗大，使其韧性低和性能不够稳定。

8.The artist used a technique of reticulation to create interesting textures in her paintings.

艺术家使用了网状结构的技巧来在她的画作中创造有趣的纹理。

9.The photographer captured the beautiful reticulation of light through the stained glass.

摄影师捕捉到了彩色玻璃透过的美丽网状结构光线。

10.The reticulation of the fabric gave it a unique appearance that attracted many buyers.

布料的网状结构赋予了它独特的外观，吸引了许多买家。

11.The geologist studied the reticulation patterns in the rock formations to understand their history.

地质学家研究岩石形成中的网状结构模式，以了解它们的历史。

12.In biology, reticulation refers to the network-like arrangement of veins in leaves.

在生物学中，网状结构指的是叶子中静脉的网络状排列。

作文

In the study of biology, particularly in the field of cell biology, the concept of reticulation (网状结构) plays a crucial role in understanding how cells communicate and interact with one another. The term reticulation refers to a network-like structure that can be observed in various biological systems. For instance, when we look at the intricate patterns formed by blood vessels or the way neurons connect in the brain, we see examples of reticulation. This network not only facilitates the flow of information but also ensures that nutrients and signals are efficiently distributed throughout an organism.The significance of reticulation extends beyond biology into other fields such as art and architecture. In art, reticulation can describe the process of creating complex patterns and textures that mimic natural forms. Artists often draw inspiration from the networks found in nature, using techniques that involve layering and intertwining materials to achieve a visually striking effect. Similarly, in architecture, reticulation can refer to the design of structures that incorporate network-like frameworks, allowing for both aesthetic appeal and structural integrity.Moreover, the concept of reticulation is also relevant in the field of computer science, particularly in network theory. In this context, reticulation describes the interconnections between nodes in a network, whether it be in social media platforms, communication systems, or data structures. Understanding these networks is essential for optimizing performance and ensuring reliable communication within systems. By studying the reticulation of networks, researchers can develop algorithms that improve data transfer rates and enhance overall system efficiency.In conclusion, reticulation (网状结构) is a multifaceted concept that bridges various disciplines, from biology to art and technology. Its applications are vast and varied, demonstrating the interconnectedness of different fields of study. By appreciating the importance of reticulation, we can gain deeper insights into the complexity of natural systems, the creativity of human expression, and the functionality of technological networks. As we continue to explore the world around us, recognizing the patterns of reticulation can lead to greater innovation and understanding across multiple domains.