grazing angle

简明释义

入射余角

英英释义

例句

1.Adjusting the grazing angle can significantly affect the quality of the image in microscopy.

调整入射角可以显著影响显微镜图像的质量。

2.The scientist adjusted the grazing angle to optimize the reflection of light in the experiment.

科学家调整了入射角以优化实验中光的反射。

3.The photographer used a low grazing angle to capture the details of the landscape at sunset.

摄影师使用低入射角捕捉日落时景观的细节。

4.The engineer calculated the optimal grazing angle for the radar system to improve detection range.

工程师计算了雷达系统的最佳入射角以提高探测范围。

5.In the study of surface textures, the grazing angle is crucial for accurate measurements.

在表面纹理研究中，入射角对准确测量至关重要。

作文

The concept of the grazing angle is crucial in various fields, especially in physics and engineering. When we talk about the grazing angle (即“切入角”) in optics, it refers to the angle at which light strikes a surface. This angle plays a significant role in determining how light behaves when it interacts with different materials. For instance, when light hits a mirror or a lens at a grazing angle, the way it reflects or refracts can vary greatly compared to when it strikes at a perpendicular angle. In the field of astronomy, the grazing angle becomes particularly important when observing celestial bodies. Telescopes often utilize specific grazing angles to maximize the clarity and detail of distant stars and planets. The right grazing angle allows astronomers to collect more light and improve the resolution of their observations. Similarly, in satellite technology, the grazing angle can affect the quality of images taken from space, impacting everything from weather forecasting to environmental monitoring.Moreover, in the context of radar technology, the grazing angle is essential for understanding how radar waves interact with the Earth's surface. A smaller grazing angle may lead to better detection of objects on the ground, while a larger angle might result in missed signals. Engineers must carefully calculate the optimal grazing angle to ensure effective communication and data collection.In addition to its technical applications, the grazing angle can also be observed in nature. For example, the way sunlight hits the surface of water changes throughout the day. During sunrise and sunset, the sun's rays strike the water at a low grazing angle, creating stunning reflections and vibrant colors. This phenomenon not only captivates our visual senses but also influences the behavior of aquatic life, as many species rely on light for navigation and feeding.Understanding the grazing angle allows us to appreciate the intricate balance between light and surfaces, whether in artificial environments or natural settings. It highlights the importance of angles in our daily lives, from the design of optical instruments to the beauty of a sunset over a calm lake. By studying the grazing angle, we can enhance our technological advancements while also fostering a deeper connection to the world around us. In conclusion, the grazing angle is more than just a scientific term; it represents the intersection of art and science, reminding us of the beauty inherent in the laws of physics that govern our universe.

“切入角”这一概念在多个领域中至关重要，尤其是在物理学和工程学中。当我们谈论光学中的“切入角”时，它是指光线与表面相交的角度。这个角度在决定光线与不同材料相互作用时的行为方面发挥着重要作用。例如，当光线以“切入角”击中镜子或透镜时，与垂直角度相比，它的反射或折射方式可能会有很大不同。在天文学领域，“切入角”在观察天体时尤为重要。望远镜通常利用特定的“切入角”来最大化对遥远恒星和行星的清晰度和细节。正确的“切入角”使天文学家能够收集更多光线，提高观察的分辨率。同样，在卫星技术中，“切入角”可能影响从太空拍摄图像的质量，这影响着天气预报到环境监测的方方面面。此外，在雷达技术的背景下，“切入角”对于理解雷达波与地球表面的相互作用至关重要。较小的“切入角”可能导致更好地探测地面物体，而较大的角度可能导致信号丢失。工程师必须仔细计算最佳的“切入角”，以确保有效的通信和数据收集。除了其技术应用外，“切入角”也可以在自然界中观察到。例如，阳光照射水面时，随着一天的推移而变化。在日出和日落时，太阳的光线以低“切入角”照射水面，产生惊人的反射和生动的色彩。这一现象不仅吸引了我们的视觉感官，还影响了水生生物的行为，因为许多物种依赖光线进行导航和觅食。理解“切入角”使我们能够欣赏光与表面之间的微妙平衡，无论是在人工环境还是自然环境中。它突显了角度在我们日常生活中的重要性，从光学仪器的设计到宁静湖面上日落的美丽。通过研究“切入角”，我们可以增强科技进步，同时也培养与周围世界的更深联系。总之，“切入角”不仅仅是一个科学术语；它代表了艺术与科学的交汇，提醒我们物理法则中固有的美，支配着我们的宇宙。