going alongside with small angle

简明释义

小角度驶靠

英英释义

例句

1.The drone's flight path was optimized for going alongside with small angle to avoid obstacles.

无人机的飞行路径经过优化，以便在避开障碍物时能以小角度行驶。

2.When navigating tight spaces, it's crucial to maintain control while going alongside with small angle.

在狭小空间中行驶时，保持控制是至关重要的，以小角度行驶。

3.In robotics, the arm's movement is programmed for going alongside with small angle to enhance precision.

在机器人技术中，机械臂的运动被编程为以小角度行驶以提高精确度。

4.During the presentation, the speaker illustrated how going alongside with small angle can improve efficiency.

在演讲中，发言人说明了以小角度行驶如何提高效率。

5.The car was designed to be more stable while going alongside with small angle during sharp turns.

这辆车的设计使其在急转弯时更加稳定，以小角度行驶。

作文

In the field of physics, particularly in optics and mechanics, the concept of angles plays a crucial role in understanding how objects interact with one another. One interesting phenomenon that can be observed is when light travels through different mediums at various angles. This is where the phrase going alongside with small angle becomes significant. When we say something is going alongside with small angle, we are referring to the behavior of light or other waves as they pass through materials with minimal deviation from their original path.To illustrate this concept, let us consider the example of light passing from air into water. As light enters the water, it encounters a change in density, which causes it to bend. However, if the angle at which the light strikes the water is very small, the bending effect is minimal. This scenario can be described as light going alongside with small angle, meaning that it continues on a path that is almost parallel to its original trajectory, resulting in less distortion and a clearer image.This principle can also be applied in various engineering fields, especially when designing optical instruments such as lenses and microscopes. Engineers often aim to minimize the angle of incidence to ensure that light behaves predictably and efficiently. By going alongside with small angle, they can create devices that produce sharper images and reduce aberrations, which are distortions that can occur when light does not focus properly.Moreover, the concept of going alongside with small angle is not limited to light alone; it can also be seen in mechanics, particularly in the study of forces. For instance, when an object is pushed at a small angle relative to the surface it rests on, the force applied can be analyzed in terms of its components. The smaller the angle, the more effective the applied force is in moving the object forward rather than pushing it downwards into the surface. This is crucial in fields like robotics and machinery, where precise movements are essential for functionality.In conclusion, the phrase going alongside with small angle encapsulates a fundamental principle that is observable in both optics and mechanics. Whether we are discussing the behavior of light as it transitions between mediums or analyzing the effectiveness of forces in motion, understanding the implications of small angles allows us to design better systems and gain deeper insights into the natural world. As we continue to explore these concepts, we can appreciate the elegance of science and its ability to explain complex phenomena through simple yet profound ideas.

在物理学领域，特别是在光学和力学中，角度的概念在理解物体如何相互作用方面起着至关重要的作用。一个有趣的现象是，当光以不同的角度穿过不同的介质时，可以观察到的情况。这就是短语going alongside with small angle变得重要的地方。当我们说某物going alongside with small angle时，我们指的是光或其他波在通过材料时，与其原始路径的偏离最小。为了说明这一概念，让我们考虑光从空气进入水中的例子。当光进入水中时，它遇到了密度的变化，这导致它弯曲。然而，如果光以非常小的角度撞击水面，则弯曲效应最小。这种情况可以描述为光going alongside with small angle，这意味着它继续沿着几乎与其原始轨迹平行的路径前进，从而导致较少的失真和更清晰的图像。这个原则也可以应用于各个工程领域，特别是在设计光学仪器如透镜和显微镜时。工程师们通常旨在最小化入射角，以确保光的行为可预测且高效。通过going alongside with small angle，他们可以创造出产生更清晰图像并减少像差的设备，像差是当光无法正确聚焦时可能发生的失真。此外，going alongside with small angle的概念不仅限于光；在力学中，尤其是在研究力时也可以看到。例如，当一个物体以相对于其所处表面的一个小角度被推时，施加的力可以根据其分量进行分析。角度越小，施加的力在推动物体向前而不是将其向下推入表面的效果就越有效。这在机器人技术和机械领域至关重要，因为精确的运动对功能性至关重要。总之，短语going alongside with small angle概括了一个基本原则，该原则在光学和力学中都可以观察到。无论我们是在讨论光在介质之间过渡时的行为，还是分析运动中力的有效性，理解小角度的影响使我们能够设计更好的系统，并深入了解自然世界。当我们继续探索这些概念时，我们可以欣赏科学的优雅及其通过简单而深刻的思想来解释复杂现象的能力。