honeycombed

简明释义

英[ˈhʌnikəʊmd]美[ˈhʌnikoʊmd]

adj. 蜂巢状的

v. 变成蜂巢状；充满（honeycomb 的过去分词）

英英释义

单词用法

同义词

反义词

例句

1.This paper proposed optimum ratio of extend to the design of polygon hole honeycombed steel beam and the method for the choice of the optimum width of beam pier.

提出多边形孔蜂窝钢梁设计的最佳扩张比和确定最佳梁墩宽度的方法。

2.ResultsTrametes lactinea (Berk. )Pat. belongs to annual basidiocarp, no handles, semicircular pileus, honeycombed mediostratum, many of the white context.

结果大白栓菌担子果一年生，无柄，菌盖半圆形，菌管蜂窝状，菌肉多为白色。

3.By using CFD software FLUENT, numerical simulation for the three-dimensional flow of air between honeycombed plate heat transfer components is carried out.

应用CFD软件FLUENT对蜂窝板传热元件板间空气的三维流动进行了数值模拟。

4.We can provide customers with honeycombed boards with various areas densities, honeycomb-sizes, and paper materials.

根据用户需要制作各种克重、蜂窝孔径密度、规格和材质的蜂窝纸芯和蜂窝纸板！

5.The Rock of Gibraltar is honeycombed with caves.

直布罗陀岩山上有许多洞穴。

6.This coffee table has a round top in honeycombed aluminium and black and white epoxy resin with solid pau ferro inserts.

这款圆形咖啡桌桌面由蜂窝状铝板构成，黑白相间的环氧树脂镶嵌着坚固的檀木。

7.The architect designed the building with a honeycombed 蜂窝状的 structure to enhance its strength and reduce weight.

建筑师设计了一个具有蜂窝状的结构的建筑，以增强其强度并减少重量。

8.The walls of the ancient cave were honeycombed 蜂窝状的 with natural formations that intrigued scientists.

古老洞穴的墙壁被自然形成的蜂窝状的结构所吸引，令科学家们感到好奇。

9.The new insulation material is honeycombed 蜂窝状的, providing excellent thermal efficiency.

这种新型绝缘材料是蜂窝状的，提供优异的热效率。

10.The sponge was honeycombed 蜂窝状的, allowing it to absorb water effectively.

海绵是蜂窝状的，使其能够有效吸水。

11.The designer used a honeycombed 蜂窝状的 pattern for the fabric, giving it a unique texture.

设计师在织物上使用了蜂窝状的图案，赋予其独特的质感。

作文

The world around us is filled with fascinating structures and patterns, each telling a unique story of nature's creativity and engineering prowess. One such remarkable example can be found in the intricate design of a beehive, which is often described as being honeycombed. This term refers to the hexagonal arrangement of wax cells that bees construct to store honey and pollen, as well as to house their larvae. The honeycombed structure not only serves practical purposes for the bees but also showcases an extraordinary feat of natural architecture. In nature, the honeycombed formation is not limited to beehives. Many other organisms exhibit similar patterns. For instance, certain coral reefs display a honeycombed appearance, where the interlocking shapes create a habitat for diverse marine life. These formations are essential for the ecosystem, providing shelter and breeding grounds for fish and other sea creatures. Just like in beehives, the honeycombed structure of corals maximizes space and resources, demonstrating how evolution favors efficiency and functionality. Moreover, the concept of being honeycombed can also be applied metaphorically to describe various human-made structures. In architecture, buildings can be designed with a honeycombed pattern to enhance their aesthetic appeal while maintaining structural integrity. This design approach allows for lightweight yet strong constructions, often seen in modern skyscrapers and bridges. Architects and engineers draw inspiration from nature's honeycombed designs to innovate and improve their creations, merging beauty with practicality. The honeycombed structure is not merely a visual phenomenon; it also embodies principles of sustainability. In urban planning, for example, cities can adopt a honeycombed layout to optimize land use and promote efficient transportation networks. This design can lead to reduced traffic congestion, lower energy consumption, and improved quality of life for residents. By learning from nature's honeycombed patterns, urban planners can create more livable and sustainable environments. In conclusion, the term honeycombed encapsulates a wealth of meanings, from the biological marvels of beehives and coral reefs to the innovative designs in architecture and urban planning. It serves as a reminder of the interconnectedness of all living things and the lessons we can learn from nature. As we continue to explore and understand the world around us, let us appreciate the beauty and functionality of honeycombed structures, both natural and man-made, and strive to incorporate these principles into our own lives for a more sustainable future.

我们周围的世界充满了迷人的结构和图案，每一个都讲述着自然创造力和工程才能的独特故事。其中一个显著的例子可以在蜜蜂巢的复杂设计中找到，它通常被描述为蜂窝状。这个术语指的是蜜蜂构建的六边形蜡细胞的排列，用于储存蜂蜜和花粉，以及安置它们的幼虫。蜂窝状的结构不仅为蜜蜂提供了实用的目的，还展示了自然建筑的非凡壮举。 在自然界中，蜂窝状的形成并不限于蜂巢。许多其他生物也表现出类似的模式。例如，某些珊瑚礁显示出蜂窝状的外观，其中互锁的形状为多样的海洋生物创造了栖息地。这些形成对生态系统至关重要，为鱼类和其他海洋生物提供庇护和繁殖场所。就像在蜂巢中一样，珊瑚的蜂窝状结构最大限度地利用了空间和资源，展示了进化如何青睐效率和功能性。 此外，蜂窝状的概念也可以比喻性地应用于描述各种人造结构。在建筑学中，建筑物可以设计成具有蜂窝状图案，以增强其美学吸引力，同时保持结构完整性。这种设计方法允许轻量而坚固的建筑，常见于现代摩天大楼和桥梁。建筑师和工程师从自然的蜂窝状设计中汲取灵感，以创新和改善他们的创作，将美与实用结合起来。 蜂窝状的结构不仅仅是视觉现象；它还体现了可持续发展的原则。例如，在城市规划中，城市可以采用蜂窝状布局来优化土地使用，并促进高效的交通网络。这种设计可以减少交通拥堵，降低能源消耗，提高居民的生活质量。通过学习自然的蜂窝状模式，城市规划者可以创造出更宜居和可持续的环境。 总之，术语蜂窝状包含了丰富的含义，从蜜蜂巢和珊瑚礁的生物奇迹到建筑和城市规划中的创新设计。它提醒我们所有生物之间的相互联系，以及我们可以从自然中学到的教训。当我们继续探索和理解周围的世界时，让我们欣赏自然和人造的蜂窝状结构的美丽和功能性，并努力将这些原则融入我们的生活，以实现更可持续的未来。