radially

简明释义

英[ˈreɪdiəli]美[ˈreɪdiəli]

adv. 放射状地

英英释义

单词用法

同义词

反义词

例句

1.METHODS: The device is radially driven and has a stator and a rotor.

方法：装置由径向驱动，仅包含一个定子和一个转子。

2.In the second part, we consider the radially symmetric compressible fluid flows.

第二部分考虑径向对称可压流问题。

3.Hopefully, you can see that if I take a normal vector to the sphere it is actually pointing radially out away from the origin.

我希望大家能够了解，如果我将法向量平移至球面，那么它将以原点为心向外放射。

4.In between is a pavilion housing the specialist therapy rooms, which are arranged radially around a circular central courtyard.

它们之间有一个小的亭子是专家治疗室，环绕一个圆形的中心庭院径向排列。

5.The eigenvalue problem of radially inhomogeneous cylindrical dielectric waveguides is solved by microwave network method.

用微波网络方法求解径向任意介质分布圆柱介质波导的本征值问题。

6.A portable broadband transducer using the radially polarized piezoelectric cylindrical tube has been designed and fabricated.

利用径向极化的压电圆管制作了一种便携式宽频带换能器。

7.In a circular garden, flowers are planted radially 呈放射状 from the fountain.

在一个圆形花园里，花朵呈放射状种植在喷泉周围。

8.The spokes of the wheel extend radially 辐射状 from the hub.

车轮的辐条辐射状地伸展从中心。

9.The sound waves travel radially 向外传播 in all directions.

声波向外传播到各个方向。

10.The waves moved radially 向外扩散 from the point of impact.

波浪从撞击点向外扩散。

11.The heat from the fire spreads radially 向外辐射 from the center.

火焰的热量从中心向外辐射。

作文

In the field of physics and engineering, the term radially (径向地) is often used to describe the direction or orientation of forces, movements, or distributions that extend outward from a central point. Understanding this concept is crucial for various applications, including the design of machinery, the analysis of forces in structures, and even the study of celestial bodies. For instance, when examining the structure of a wheel, one can observe that the spokes extend radially (径向地) from the hub to the rim, creating a robust framework that supports the weight and maintains the wheel’s integrity during motion. This arrangement not only ensures stability but also allows for efficient energy transfer as the wheel rotates.Moreover, in the context of fluid dynamics, the behavior of fluids in a circular pipe can be analyzed by considering how they flow radially (径向地) from the center towards the edges. This understanding helps engineers design better piping systems that can manage the flow of liquids efficiently. When fluids move radially (径向地), they can create pressure gradients that are essential for various industrial processes, such as in the design of pumps and turbines.Additionally, in the realm of biology, the growth patterns of certain plants exhibit radial (径向的) symmetry, where leaves and branches emerge radially (径向地) around a central stem. This adaptation allows plants to maximize their exposure to sunlight, thereby enhancing their ability to photosynthesize. By studying these radially (径向地) arranged structures, scientists can gain insights into evolutionary strategies that enable plants to thrive in diverse environments.Furthermore, the concept of radially (径向地) distributed forces is also significant in the field of architecture. When designing domes or arches, architects must consider how weight is distributed radially (径向地) from the apex to the base. This principle ensures that structures can withstand external loads and remain stable over time. The famous Pantheon in Rome is an excellent example of this architectural principle, where the dome's shape allows forces to be transmitted radially (径向地) downwards, preventing collapse.In summary, the term radially (径向地) encompasses a wide range of applications across various fields. Whether it is in physics, engineering, biology, or architecture, the understanding of radially (径向地) oriented phenomena is essential for innovation and problem-solving. As we continue to explore the intricacies of our world, the concept of radially (径向地) will undoubtedly play a pivotal role in shaping our understanding and advancements in technology and science.