centrifugally

简明释义

英[sɛnˈtrɪfjʊɡəli]美[sɛnˈtrɪf.jə.ɡli]

adv. 离心地

英英释义

单词用法

同义词

反义词

例句

1.Centrifugal FLOW compressor, a type of compressor in which air is taken into the center of the impeller and is slung outward centrifugally into a diffuser where it is slowed and pressure is increased.

空气被吸入叶轮中心，被叶轮离心抛出进人扩散器。在扩散器中气体流速减慢，压力增加。

2.Cracking is the main defect of roller castings cast centrifugally.

用离心铸造方法生产辊类铸件的主要缺陷是裂纹。

3.The collecting basket is slewing slowly and centrifugally to form orbital coils convenient for decoiling.

收杆筐偏心慢速回转，形成梅花收线，便于放线。

4.To investigate the roles of centrifugal instability on the linear growth rate of the flows, the azimuthal velocity of the basic flow is either centrifugally stable or unstable.

为了研究离心不稳定对线性增长率的影响，本研究中基本流的周向速度可以是离心稳定的，也可以是离心不稳定的。

5.A centrifugally activated device for controlling the speed of movement of an elevator cab includes the capability of controlling upward and downward movement.

一种用于控制电梯车厢运动速度的离心致动装置，包括控制向上和向下运动的能力。

6.The e-sail craft would then spin to deploy a giant structure of centrifugally stretched wires that resembles the spokes of a wheel.

电子帆飞船将离心式旋转，类似于一个巨大的车轮辐条结构。

7.Centrifugal FLOW compressor, a type of compressor in which air is taken into the center of the impeller and is slung outward centrifugally into a diffuser where it is slowed and pressure is increased.

空气被吸入叶轮中心，被叶轮离心抛出进人扩散器。在扩散器中气体流速减慢，压力增加。

8.Centrifugal FLOW compressor, a type of compressor in which air is taken into the center of the impeller and is slung outward centrifugally into a diffuser where it is slowed and pressure is increased.

离心式压气机，压气机的一种。当进气到达叶轮中心时，被叶轮离心抛出进人扩散器。在扩散器中气体流速减慢，压力增加。

9.Spraying Mg spheroidization technology in the production of centrifugally nodular cast iron pipes has achieved good effect in improving casting quality, reducing production costs.

喷镁球化工艺在生产离心铸造球墨铸铁管中取得了良好效果，提高了铸管质量，降低了生产成本。

10.For reducing noise pollution, we adopted a new technology of perforated aluminium panel sound-absorbent wall with centrifugally glass-wool inside for a certain office building complex project.

在某综合办公楼工程中，为减少噪声污染，我们采用了穿孔铝板、内填离心玻璃隔音棉的吸音墙面的新技术。

11.The force acting on the riders was centrifugally directed outward during the roller coaster ride.

过山车游乐设施上，施加在乘客身上的力是离心地指向外侧的。

12.In the washing machine, clothes are spun centrifugally to remove excess water.

在洗衣机中，衣物离心地旋转以去除多余的水分。

13.The liquid was forced to the outer edges of the container centrifugally.

液体被离心地迫使到容器的外缘。

14.The particles settled centrifugally at the bottom of the centrifuge.

颗粒在离心机的底部离心地沉淀。

15.When the disk spins, it pushes the fluid centrifugally away from the center.

当盘子旋转时，它将流体离心地推向中心之外。

作文

In the world of physics and engineering, the concept of motion is crucial to understanding how objects interact with one another. One fascinating aspect of motion is how forces act on objects when they are in rotation. When an object spins, it experiences a force that pushes it away from the center of its rotation. This phenomenon is known as centrifugal force, which acts centrifugally (向外离心地) from the center of the rotational axis. This principle can be observed in various real-world applications, such as in amusement park rides, washing machines, and even in the formation of galaxies.To illustrate this concept further, let’s consider a simple example: a child swinging a bucket of water in a circular motion. As the child swings the bucket around, the water inside is pushed centrifugally (向外离心地) against the walls of the bucket. If the child were to stop swinging the bucket suddenly, the water would spill out due to the lack of the force keeping it in place. This demonstration highlights how centrifugally (向外离心地) directed forces play a significant role in maintaining the position of objects in circular motion.Another interesting application of this principle can be found in the realm of washing machines. When the washing machine goes into the spin cycle, the clothes inside are subjected to a powerful rotational force. The drum spins rapidly, causing the water to be expelled from the clothes centrifugally (向外离心地). This process not only helps in drying the clothes but also ensures that they are cleaned more effectively by allowing the detergent to work more efficiently. The centrifugally (向外离心地) generated force is essential for the optimal performance of the washing machine, showcasing the importance of this principle in everyday life.Furthermore, the concept of centrifugal force extends beyond simple mechanical systems. In astrophysics, it plays a critical role in the formation of celestial bodies. As clouds of gas and dust collapse under their own gravity, they begin to rotate. The material within these clouds experiences forces acting centrifugally (向外离心地), which helps to shape the structure of stars and planets. This balance between gravitational pull and centrifugally (向外离心地) directed forces is what allows for the stability of orbits and the formation of galaxies.Understanding the dynamics of centrifugally (向外离心地) acting forces provides valuable insights into both everyday phenomena and complex scientific theories. It serves as a reminder of how interconnected our world is, where the principles of physics govern everything from the simplest of actions to the grandest of cosmic events. Whether we are enjoying a thrilling ride at an amusement park or observing the majestic dance of galaxies in the universe, the influence of forces acting centrifugally (向外离心地) is always at play. Thus, grasping the significance of this term enriches our comprehension of the physical world and enhances our appreciation for the intricate laws that govern motion.

在物理和工程的世界中，运动的概念对于理解物体之间的相互作用至关重要。运动的一个迷人方面是，当物体旋转时，力如何作用于它们。当一个物体旋转时，它会经历一种将其推离旋转中心的力。这种现象被称为离心力，它沿着旋转轴向外作用。这一原理可以在各种现实应用中观察到，例如游乐园的游乐设施、洗衣机，甚至是星系的形成。为了进一步说明这一概念，让我们考虑一个简单的例子：一个孩子摇晃着一个装水的桶。当孩子将桶在圆周运动中摇晃时，桶里的水被推向桶壁。如果孩子突然停止摇晃桶，水就会因缺乏保持其位置的力量而溅出。这一演示突显了centrifugally（向外离心地）指向的力在维持物体在圆周运动中的位置方面所起的重要作用。另一个有趣的应用可以在洗衣机的领域中找到。当洗衣机进入脱水周期时，里面的衣物会受到强大的旋转力。滚筒快速旋转，导致水centrifugally（向外离心地）从衣物中被挤出。这个过程不仅有助于让衣物更快干燥，还确保它们被更有效地清洗，因为洗涤剂能够更高效地发挥作用。centrifugally（向外离心地）产生的力对于洗衣机的最佳性能至关重要，展示了这一原理在日常生活中的重要性。此外，离心力的概念超越了简单的机械系统。在天体物理学中，它在天体的形成中扮演着关键角色。当气体和尘埃云因自身重力而坍缩时，它们开始旋转。这些云中的物质经历centrifugally（向外离心地）作用的力，这有助于塑造恒星和行星的结构。这种重力吸引和centrifugally（向外离心地）指向的力之间的平衡使得轨道的稳定性和星系的形成成为可能。理解centrifugally（向外离心地）作用的力的动力学为我们提供了对日常现象和复杂科学理论的宝贵见解。它提醒我们，物理原则控制着我们世界的方方面面，从最简单的动作到最宏伟的宇宙事件。无论我们是在游乐园享受刺激的游乐设施，还是观察宇宙中星系的壮丽舞蹈，centrifugally（向外离心地）作用的力的影响始终在发挥作用。因此，掌握这一术语的重要性丰富了我们对物理世界的理解，并增强了我们对支配运动的复杂法则的欣赏。