after perpendicular section

简明释义

尾垂线剖面

英英释义

例句

1.The engineer reviewed the design after perpendicular section 在垂直截面之后 to ensure structural integrity.

工程师在检查设计时，确保结构完整性在垂直截面之后。

2.We will take measurements after perpendicular section 在垂直截面之后 to finalize the dimensions of the component.

我们将在确定组件尺寸时在垂直截面之后进行测量。

3.The software simulation runs after perpendicular section 在垂直截面之后 to visualize the stress distribution.

软件模拟在可视化应力分布时在垂直截面之后运行。

4.The results were analyzed after perpendicular section 在垂直截面之后 to identify any anomalies in the data.

结果在分析时在垂直截面之后被用来识别数据中的任何异常情况。

5.The data analysis was conducted after perpendicular section 在垂直截面之后 to assess the impact of the changes.

数据分析是在进行更改的影响评估时在垂直截面之后进行的。

作文

Understanding geometric concepts is crucial for students in mathematics and engineering. One such concept that often arises in these fields is the idea of sections, particularly when dealing with three-dimensional objects. A common term used in this context is 'after perpendicular section'. This phrase refers to the analysis or examination of a shape or structure after it has been cut or divided by a plane that is perpendicular to a certain axis. This can provide insights into the properties and characteristics of the object being studied.For instance, consider a cylinder. When we take a after perpendicular section (即“在垂直截面之后”) of the cylinder, we are looking at the cross-section that results from slicing the cylinder with a plane that is perpendicular to its base. This cross-section will reveal a circle, which is essential for understanding the cylinder's volume and surface area calculations. By examining the after perpendicular section (即“在垂直截面之后”), we can derive formulas that apply to various problems involving cylinders.In architectural design, the concept of after perpendicular section (即“在垂直截面之后”) is also incredibly important. Architects often create models and drawings that include sections of buildings. These sections help visualize how different parts of a structure interact and fit together. For example, if an architect shows an after perpendicular section (即“在垂直截面之后”) of a building, it allows clients and engineers to see the internal layout, including walls, windows, and other features that are not visible from the exterior.Furthermore, in the field of medicine, particularly in radiology, the term after perpendicular section (即“在垂直截面之后”) can refer to imaging techniques such as CT scans or MRIs. These scans often produce images of the body in slices, and analyzing these sections helps doctors diagnose conditions and plan treatments. Each after perpendicular section (即“在垂直截面之后”) provides a different perspective of the anatomy, allowing for a comprehensive understanding of a patient's health.When engaging with the idea of after perpendicular section (即“在垂直截面之后”), it is essential to grasp the significance of angles and orientations in geometry. The perpendicular relationship between the cutting plane and the axis of the object ensures that the resulting section maintains specific properties that are predictable and analyzable. This predictability is what makes the study of sections so powerful across various disciplines.In conclusion, the phrase after perpendicular section (即“在垂直截面之后”) encapsulates a fundamental concept that is widely applicable in mathematics, architecture, and medicine. It emphasizes the importance of perspective and dimensional analysis in understanding complex structures. Mastering this concept not only enhances one's mathematical skills but also enriches one’s ability to visualize and analyze real-world objects and scenarios. As students continue their studies, they will find that the principles surrounding after perpendicular section (即“在垂直截面之后”) will serve them well in numerous applications, paving the way for innovative solutions and designs.

理解几何概念对数学和工程领域的学生至关重要。在这些领域中，常常会出现一个概念，即截面的概念，特别是在处理三维物体时。一个常用的术语是“在垂直截面之后”。这个短语指的是在通过与某个轴垂直的平面切割或划分物体之后，对形状或结构的分析或检查。这可以提供对所研究物体的属性和特征的深入了解。例如，考虑一个圆柱体。当我们对圆柱体进行一个在垂直截面之后（即“在垂直截面之后”）的分析时，我们实际上是在查看通过与圆柱底面垂直的平面切割后产生的横截面。这个横截面将显示一个圆，这对于理解圆柱的体积和表面积计算至关重要。通过检查这个在垂直截面之后（即“在垂直截面之后”），我们可以推导出适用于各种圆柱问题的公式。在建筑设计中，在垂直截面之后（即“在垂直截面之后”）的概念也非常重要。建筑师经常创建包括建筑物截面的模型和图纸。这些截面帮助可视化结构的不同部分如何相互作用并结合在一起。例如，如果建筑师展示一个建筑的在垂直截面之后（即“在垂直截面之后”），这使得客户和工程师能够看到内部布局，包括墙壁、窗户和其他从外部不可见的特征。此外，在医学领域，特别是在放射学中，术语在垂直截面之后（即“在垂直截面之后”）可以指像CT扫描或MRI这样的成像技术。这些扫描通常以切片形式产生身体图像，分析这些截面有助于医生诊断疾病和制定治疗计划。每个在垂直截面之后（即“在垂直截面之后”）提供了对解剖结构的不同视角，使医生能够全面了解患者的健康状况。在接触在垂直截面之后（即“在垂直截面之后”）的概念时，理解几何中的角度和方向的重要性至关重要。切割平面与物体轴之间的垂直关系确保了所产生的截面保持特定的属性，这些属性是可预测和可分析的。这种可预测性使得各个学科的截面研究变得如此强大。总之，短语在垂直截面之后（即“在垂直截面之后”）概括了一个广泛适用的基本概念，在数学、建筑和医学等领域都有应用。它强调了在理解复杂结构时视角和维度分析的重要性。掌握这一概念不仅提升了个人的数学技能，还丰富了个人可视化和分析现实世界物体和场景的能力。随着学生继续他们的学习，他们会发现围绕在垂直截面之后（即“在垂直截面之后”）的原则将在众多应用中为他们服务，为创新解决方案和设计铺平道路。