axial

简明释义

英[ˈæksiəl]美[ˈæksiəl]

adj. 轴的；轴向的

n. （Axial）人名；（法）阿克西亚尔

英英释义

单词用法

同义词

反义词

例句

1.The second movement involved in the hypothesis has to do with axial tilt.

假设中涉及的第二个运动与轴向倾斜有关。

2.The basic distribution laws of the tangential and axial velocities of compound hydrocyclones are obtained.

给出了复合式水力旋流器切向速度和轴向速度的基本分布规律。

3.Objective: To evaluate the diagnosis value of coronal and axial ct scan in orbital blowout fracture.

目的：探讨冠状位和轴位CT扫描在眼眶爆裂性骨折诊断中的应用价值。

4.Axial mounting and locating holes standard.

轴向安装和定位孔的标准。

5.Each specimen underwent axial and torsional stiffness testing along with cyclic axial loading to failure.

每个样本均采用循环轴向荷载以至固定失效来测定其轴向刚度和抗扭刚度。

6.Most bearings support rotating shafts against either transverse (radial) or thrust (axial) loads.

大多数轴承都支承径向或轴向负荷的转轴。

7.The doctor explained that the pain was due to an axial 轴向的 misalignment of the spine.

医生解释说，疼痛是由于脊柱的轴向的错位造成的。

8.In engineering, we often analyze the axial 轴向的 loads on structural components.

在工程中，我们经常分析结构部件上的轴向的载荷。

9.The axial 轴向的 rotation of the Earth affects our climate patterns.

地球的轴向的自转影响着我们的气候模式。

10.The axial 轴向的 symmetry of the design makes it more aesthetically pleasing.

设计的轴向的对称性使其更具美感。

11.In a hydraulic system, the axial 轴向的 flow of fluid is crucial for efficiency.

在液压系统中，流体的轴向的流动对效率至关重要。

作文

In the field of science and engineering, the term axial (轴向的) is often used to describe anything that relates to or is positioned along an axis. An axis can be thought of as an imaginary line that serves as a reference point for rotation or symmetry. Understanding the concept of axial (轴向的) is crucial in various disciplines, including physics, mechanics, and even biology. For instance, in mechanical engineering, components such as shafts and gears are frequently designed with axial (轴向的) alignment to ensure efficiency and effectiveness in their operation. One of the most common applications of axial (轴向的) principles is found in the design of engines. In an internal combustion engine, pistons move in an axial (轴向的) direction within the cylinders. This movement is essential for converting fuel into energy. The axial (轴向的) arrangement of these parts allows for smooth operation and maximizes the engine’s performance. Moreover, engineers must consider the axial (轴向的) forces acting on the engine components to prevent failure and ensure longevity. In addition to mechanical applications, the concept of axial (轴向的) also plays a significant role in the field of biology. For example, in anatomy, the human body can be divided into axial (轴向的) and appendicular regions. The axial (轴向的) skeleton includes the skull, vertebral column, and rib cage, which serve as the central framework for the body. Understanding this division helps medical professionals locate injuries and diagnose conditions more effectively. Furthermore, in the realm of physics, axial (轴向的) symmetry is a fundamental concept. Many physical systems exhibit axial (轴向的) symmetry, meaning they remain unchanged when rotated around a central axis. This property simplifies the analysis of complex systems, allowing scientists to predict behaviors and outcomes more accurately. For example, the study of celestial bodies often involves axial (轴向的) rotations, such as the Earth rotating around its axis, which leads to the cycle of day and night. The significance of axial (轴向的) concepts extends beyond technical fields. In art and design, axial (轴向的) arrangements can create balance and harmony in compositions. Artists often use axial (轴向的) lines to guide the viewer's eye and create a sense of movement within their work. This principle can be seen in various forms of art, from sculpture to painting, where the axial (轴向的) positioning of elements contributes to the overall aesthetic appeal. In conclusion, the term axial (轴向的) encompasses a wide range of applications across multiple disciplines. Whether in engineering, biology, physics, or art, understanding the axial (轴向的) relationships between components and structures is essential for achieving desired outcomes. As we continue to explore and innovate in these fields, the importance of axial (轴向的) concepts will undoubtedly remain a cornerstone of our understanding and progress.