radial

简明释义

英[ˈreɪdiəl]美[ˈreɪdiəl]

adj. 辐射状的；（身体）中心区域的；桡骨的

n. 子午线轮胎；辐射道路；鳍辐骨；星形发动机

复 数 r a d i a l s

英英释义

单词用法

同义词

反义词

例句

1.The field is radial.

场是散射状的。

2.So, you should be able to generally identify and draw the general form of these radial probability distributions.

所以你们应该可以大概辨认，并且画出概率，分布的大致形式。

3.Or we could just look at the radial probability distribution itself and see how many nodes there are.

或者我们可以直接，看径向概率分布图，本身看看里面有几个节点。

4.Rotational symmetry (or radial symmetry) is when an object is rotated in a certain direction around a point.

旋转对称(或称放射对称)是指某一物体绕着某一点在某一方向上做转动。

5.And in terms of radial nodes, we have 2 minus 1 minus 0, so what we have is one radial node.

对于径向节点，我们有2减去1减去0，所以有一个径向节点。

6.So, let's go ahead and think about drawing what that would look like in terms of the radial probability distribution.

让我们来想一想如果把它的，径向概率分布画出来是怎么样的。

7.An example: imagine you want to create a radial list box that arranges its content along a circle, like a carousel.

例子：假设您希望创建一个放射形状的列表，它的内容像旋转木马一样围绕排列成圆形。

8.The white marble floors were inlaid in a radial pattern of brass.

这些白色大理石地板镶嵌在铜质的放射形图案中。

9.And in terms of radial nodes, we expect to see one node.

对于径向节点，应该有1个。

10.A radial 径向的 tire provides better handling and stability on the road.

一种radial 径向的轮胎在道路上提供更好的操控性和稳定性。

11.In engineering, radial 径向的 stress is a common consideration in the design of pressure vessels.

在工程中，radial 径向的应力是压力容器设计中的一个常见考虑。

12.The radial 放射状的 pattern of the flowers creates a beautiful visual effect in the garden.

花朵的radial 放射状的图案在花园中创造了美丽的视觉效果。

13.The radial 辐射的 design of the bicycle wheel allows for even weight distribution.

自行车轮子的radial 辐射的设计使得重量分布均匀。

14.The radial 辐射状的 arms of the clock make it easy to read the time from any angle.

时钟的radial 辐射状的指针使得从任何角度都能轻松读取时间。

作文

In the world of geometry and engineering, the term radial (径向的) is often used to describe patterns, movements, or structures that extend outward from a central point. This concept can be observed in various fields, including architecture, automotive design, and even nature. Understanding the implications of radial (径向的) arrangements can enhance our comprehension of both functional and aesthetic aspects in design.For instance, consider the design of a wheel. A wheel is a perfect example of a radial (径向的) structure. The spokes of the wheel extend from the hub to the outer rim, creating a radial (径向的) pattern that not only supports the weight of the vehicle but also allows for efficient movement. Each spoke functions like a beam, distributing the forces acting on the wheel evenly. This radial (径向的) design is crucial for ensuring the stability and durability of the wheel, making it a fundamental element in the mechanics of transportation.Similarly, in architecture, radial (径向的) designs can create visually striking and functional spaces. For example, a circular building may have rooms arranged in a radial (径向的) layout, radiating out from a central atrium. This not only maximizes natural light in each room but also promotes social interaction by allowing easy access to common areas. The radial (径向的) arrangement fosters a sense of community while providing individual privacy, showcasing how such designs can balance functionality with aesthetic appeal.Nature also exhibits radial (径向的) patterns. Many flowers, such as daisies and sunflowers, display a radial (径向的) symmetry, where petals are arranged around a central disc. This type of arrangement is not only beautiful but also functional, as it attracts pollinators by presenting a uniform target. The radial (径向的) symmetry in these flowers illustrates how nature optimizes form and function, ensuring reproduction and survival.Moreover, the concept of radial (径向的) can be applied to data visualization. In graphs and charts, radial (径向的) layouts, such as pie charts or radar charts, allow for a clear representation of information. These visual tools help us understand complex data at a glance, making it easier to compare different categories. The radial (径向的) nature of these charts emphasizes the relationships between data points, highlighting trends and patterns that might be overlooked in traditional linear representations.In conclusion, the term radial (径向的) encompasses a wide range of applications across different disciplines. From the structural integrity of wheels to the harmonious designs in architecture and the beauty found in nature, radial (径向的) patterns play a significant role in enhancing both functionality and aesthetics. By understanding the principles behind radial (径向的) arrangements, we can appreciate the interconnectedness of design, nature, and data visualization. This knowledge allows us to apply these concepts creatively in our own projects, fostering innovation and efficiency in our designs.

在几何和工程领域，术语radial（径向的）通常用来描述从中心点向外扩展的模式、运动或结构。这个概念可以在多个领域中观察到，包括建筑、汽车设计，甚至自然界。理解radial（径向的）排列的含义可以增强我们对设计中功能性和美学方面的理解。例如，考虑一下轮子的设计。轮子是一个完美的radial（径向的）结构的例子。轮子的辐条从中心轴延伸到外缘，形成一种radial（径向的）模式，这不仅支持了车辆的重量，还允许高效的运动。每根辐条都像一根梁，均匀分配作用在轮子上的力量。这种radial（径向的）设计对于确保轮子的稳定性和耐用性至关重要，使其成为运输机械中的基本元素。同样，在建筑中，radial（径向的）设计可以创造出视觉上引人注目且功能性的空间。例如，一个圆形建筑可能会有房间以radial（径向的）布局排列，从中央中庭向外辐射。这不仅最大化了每个房间的自然光线，还通过便于进入公共区域促进了社交互动。这种radial（径向的）排列在提供隐私的同时营造了社区感，展示了这种设计如何平衡功能与美学。自然界也展示了radial（径向的）模式。许多花朵，如雏菊和向日葵，表现出radial（径向的）对称性，花瓣围绕中央盘状排列。这种排列不仅美观，而且功能性强，因为它吸引授粉者，通过呈现一个均匀的目标。花朵中的radial（径向的）对称性说明了自然如何优化形式和功能，以确保繁殖和生存。此外，radial（径向的）概念还可以应用于数据可视化。在图表中，radial（径向的）布局，例如饼图或雷达图，允许清晰地表示信息。这些视觉工具帮助我们一目了然地理解复杂数据，使比较不同类别变得更加容易。这样的图表的radial（径向的）特性强调了数据点之间的关系，突显了可能在传统线性表示中被忽视的趋势和模式。总之，术语radial（径向的）涵盖了不同学科中的广泛应用。从轮子的结构完整性到建筑中的和谐美学，以及自然界中的美丽，radial（径向的）模式在增强功能性和美学方面发挥着重要作用。通过理解radial（径向的）排列背后的原理，我们可以欣赏设计、自然和数据可视化之间的相互联系。这种知识使我们能够在自己的项目中创造性地应用这些概念，促进设计中的创新和效率。