decahedral

简明释义

英[/dɛkəˈhɛdrəl/]美[/dɛkəˈhɛdrəl/]

adj. 十面体的；有十面的

英英释义

单词用法

同义词

反义词

例句

1.The results demonstrated that the silver nanrods evolved from multiply twinned nanoparticles with a decahedral shape along (111) facet.

结果表明银纳米棒是由五重挛晶结构的纳米颗粒沿（111）面生长形成的。

2.The results demonstrated that the silver nanrods evolved from multiply twinned nanoparticles with a decahedral shape along (111) facet.

结果表明银纳米棒是由五重挛晶结构的纳米颗粒沿（111）面生长形成的。

3.The artist created a stunning sculpture in the shape of a decahedral 十面体 that captivated everyone at the gallery.

这位艺术家创作了一个令人惊叹的雕塑，形状为decahedral 十面体，吸引了画廊里每一个人的目光。

4.In geometry class, we learned how to calculate the volume of a decahedral 十面体 using specific formulas.

在几何课上，我们学习了如何使用特定公式计算decahedral 十面体的体积。

5.The new board game features a decahedral 十面体 die that adds an interesting twist to gameplay.

这款新桌游有一个decahedral 十面体骰子，为游戏增添了有趣的变化。

6.The architect designed a decahedral 十面体 building that stands out among the traditional structures in the city.

这位建筑师设计了一座decahedral 十面体建筑，在城市的传统结构中格外引人注目。

7.During the chemistry experiment, we used a decahedral 十面体 model to represent the molecular structure.

在化学实验中，我们使用了一个decahedral 十面体模型来表示分子结构。

作文

In the realm of geometry, shapes play a crucial role in our understanding of space and form. Among these shapes, the decahedral (十面体的) structure stands out due to its unique characteristics and applications. A decahedral shape is defined as a three-dimensional figure with ten faces, which can be in various forms such as polygons. The study of decahedral shapes not only enhances our knowledge of geometry but also finds significance in various fields including architecture, art, and even molecular biology. The most common type of decahedral shape is the regular decahedron, which consists of ten identical faces. Each face is typically a regular polygon, and the angles between the faces are equal. This symmetry makes the decahedral shape aesthetically pleasing and functionally efficient. Architects often utilize decahedral designs to create buildings that are both visually striking and structurally sound. For example, a building designed in a decahedral form can distribute weight evenly across its surfaces, leading to enhanced stability. In the field of art, artists have been inspired by the decahedral shape to create sculptures and installations that challenge traditional perceptions of form. The interplay of light and shadow on the surfaces of a decahedral sculpture can evoke different emotional responses from viewers, making it a powerful medium for artistic expression. Moreover, the complexity of the decahedral shape allows artists to explore themes of balance and harmony, as well as chaos and disorder, depending on how the faces are oriented and arranged. Molecular biology also benefits from the study of decahedral structures. Many viruses exhibit decahedral symmetry in their capsid structures, which is crucial for their ability to infect host cells. Understanding the decahedral arrangement of viral proteins can lead to advancements in vaccine development and treatment strategies. Researchers have found that manipulating the decahedral geometry of viral particles can enhance their effectiveness in delivering therapeutic agents to specific cells within the body. Furthermore, the mathematical properties of decahedral shapes provide valuable insights into various scientific disciplines. For instance, studying the volume and surface area of decahedral figures can aid in fields such as materials science, where the efficiency of packing and storage is essential. By understanding how decahedral shapes can be arranged in space, scientists can optimize the design of products ranging from packaging materials to nanostructures. In conclusion, the decahedral (十面体的) shape is more than just a geometric figure; it is a concept that bridges various fields of study and creative expression. Whether in architecture, art, or science, the decahedral form offers a rich tapestry of possibilities that inspire innovation and exploration. As we continue to delve into the complexities of shapes like the decahedral, we unlock new potentials for understanding our world and enhancing our capabilities within it.