incident light

简明释义

入射光

英英释义

例句

1.The artist used the natural incident light to highlight the textures in her painting.

艺术家利用自然的入射光来突出她画作中的纹理。

2.The photographer adjusted the angle to capture the best quality of incident light.

摄影师调整角度以捕捉最佳质量的入射光。

3.The solar panel's efficiency is affected by the angle of incident light it receives.

太阳能电池板的效率受其接收的入射光角度的影响。

4.When designing a building, architects consider the amount of incident light to enhance energy efficiency.

在设计建筑时，建筑师考虑入射光的数量以提高能效。

5.In optical experiments, the behavior of incident light is crucial for understanding refraction.

在光学实验中，入射光的行为对理解折射至关重要。

作文

The study of light is a fascinating aspect of physics that has intrigued scientists for centuries. One of the key concepts within this field is that of incident light (入射光), which refers to the light that strikes a surface before any reflection or refraction occurs. Understanding incident light (入射光) is essential not only in physics but also in various applications such as photography, optics, and even in the design of solar panels.When light travels through space, it can interact with different surfaces in various ways. The angle at which incident light (入射光) hits a surface plays a crucial role in determining how that light behaves upon contact. For instance, when incident light (入射光) strikes a smooth, reflective surface like a mirror, it reflects at the same angle at which it arrived, following the law of reflection. This principle is fundamental in understanding how we perceive images and shapes in our environment.On the other hand, when incident light (入射光) encounters a rough surface, it scatters in multiple directions. This scattering effect is what allows us to see non-reflective objects; without incident light (入射光), we would be unable to perceive colors and shapes. It is interesting to note that the color we see is determined by the wavelengths of light that are reflected back to our eyes after being illuminated by incident light (入射光).In the realm of photography, the concept of incident light (入射光) is vital for capturing stunning images. Photographers often measure incident light (入射光) using specialized light meters to determine the correct exposure settings for their cameras. By understanding how incident light (入射光) interacts with subjects, photographers can manipulate lighting to create mood, depth, and focus in their photographs. This understanding is particularly important in portrait photography, where the quality and direction of incident light (入射光) can dramatically alter the appearance of the subject.Moreover, in the field of solar energy, the efficiency of solar panels heavily relies on the principles of incident light (入射光). Solar panels are designed to capture as much incident light (入射光) as possible to convert it into usable energy. Engineers must consider the angle of incident light (入射光) throughout the day and across seasons to maximize energy absorption. This involves positioning solar panels at optimal angles and sometimes utilizing tracking systems that adjust the panel's position to follow the sun’s path.In conclusion, the concept of incident light (入射光) is integral to our understanding of light behavior and its applications in various fields. Whether in physics, photography, or renewable energy, recognizing how incident light (入射光) interacts with surfaces can lead to advancements and innovations. As we continue to explore the properties of light, the significance of incident light (入射光) will undoubtedly remain a pivotal point of study and application in the scientific community and beyond.