indirect ray

简明释义

间接射线

英英释义

例句

1.When designing the room, the architect considered how indirect rays 间接光束 from the windows would affect the overall lighting.

在设计房间时，建筑师考虑了窗户的间接光束将如何影响整体照明。

2.In the experiment, the indirect ray 间接光束 was crucial for observing the effects of light on plant growth.

在实验中，间接光束对观察光对植物生长的影响至关重要。

3.The indirect ray 间接光束 from the sun filtered through the trees created a serene atmosphere in the park.

阳光透过树木产生的间接光束在公园里营造出宁静的氛围。

4.The photographer used an umbrella to diffuse the light, creating a soft glow from the indirect ray 间接光束 that illuminated the subject beautifully.

摄影师使用伞来扩散光线，创造出柔和的光晕，来自于美丽照亮主题的间接光束。

5.Using a reflector can enhance the indirect rays 间接光束 in your photography, adding depth and dimension.

使用反射器可以增强你的摄影中的间接光束，增加深度和维度。

作文

In the study of optics, light behaves in fascinating ways. One of the key concepts in understanding light propagation is the distinction between direct rays and indirect rays. Direct rays are those that travel in a straight line from a source to an object, while indirect rays refer to the light that has been reflected or refracted before reaching the observer's eye. This phenomenon can be observed in various everyday situations, such as when we see a rainbow or the shimmering effect of sunlight on water. To illustrate this further, consider the example of a sunset. As the sun dips below the horizon, its light travels through the Earth's atmosphere. The direct rays of sunlight illuminate the clouds, creating breathtaking colors. However, some of these rays scatter due to the particles in the atmosphere. The scattered light becomes indirect rays, which contribute to the beautiful hues we observe. Thus, the interplay between direct and indirect rays creates a stunning visual display that captivates many.Moreover, the concept of indirect rays is crucial in photography and cinematography. When capturing an image, photographers often utilize indirect lighting to create soft shadows and enhance the mood of their photos. For instance, a portrait taken with indirect rays from a window can result in a more flattering and natural look compared to harsh direct sunlight. This technique demonstrates how indirect rays can alter our perception of a scene, adding depth and dimension.In architecture, the use of indirect rays is also significant. Designers often incorporate skylights and reflective surfaces to maximize natural light within a space. By allowing indirect rays to enter a room, they can create a warm and inviting atmosphere while minimizing glare. This principle not only enhances the aesthetic appeal of a building but also contributes to energy efficiency by reducing the need for artificial lighting.Furthermore, understanding indirect rays is essential in fields such as astronomy. When observing celestial bodies, astronomers rely on both direct and indirect rays to gather information about the universe. For example, the light from distant stars may undergo various interactions with interstellar dust and gas, resulting in indirect rays that provide clues about the composition and movement of these celestial objects.In conclusion, the concept of indirect rays plays a vital role in our understanding of light and its behavior. From enhancing artistic expressions in photography to improving architectural designs and advancing scientific research, indirect rays are everywhere in our lives. By appreciating the significance of both direct and indirect rays, we can gain a deeper insight into the world around us and the intricate ways in which light shapes our experiences.

在光学研究中，光以迷人的方式表现出来。理解光传播的一个关键概念是直接光线和间接光线之间的区别。直接光线是指从光源直线传播到物体的光，而间接光线则是指在到达观察者眼睛之前经过反射或折射的光。这种现象可以在各种日常情况下观察到，例如当我们看到彩虹或阳光在水面上的闪烁效果时。为了进一步说明这一点，考虑日落的例子。当太阳在地平线下沉时，它的光线穿过地球的大气层。直接的阳光照亮了云层，创造出令人惊叹的色彩。然而，这些光线中的一些由于大气中的粒子而散射。散射的光变成间接光线，它们为我们观察到的美丽色调作出了贡献。因此，直接光线和间接光线之间的相互作用创造了一个令人惊叹的视觉展示，吸引了许多人。此外，间接光线的概念在摄影和电影制作中也至关重要。在拍摄图像时，摄影师通常利用间接光来创造柔和的阴影并增强照片的氛围。例如，用窗户的间接光线拍摄的肖像，与强烈的直射阳光相比，可以呈现出更自然和更美好的效果。这种技巧展示了间接光线如何改变我们对场景的感知，增加深度和维度。在建筑学中，间接光线的使用也很重要。设计师经常利用天窗和反射表面来最大化空间内的自然光。通过让间接光线进入房间，他们可以创造出温暖和宜人的氛围，同时减少眩光。这一原则不仅增强了建筑的美学吸引力，还通过减少对人工照明的需求有助于提高能源效率。此外，理解间接光线在天文学等领域也是至关重要的。在观察天体时，天文学家依赖直接光和间接光线来收集有关宇宙的信息。例如，来自遥远恒星的光可能会与星际尘埃和气体发生各种相互作用，从而产生间接光线，为这些天体的组成和运动提供线索。总之，间接光线的概念在我们理解光及其行为方面起着至关重要的作用。从摄影艺术表现的增强到建筑设计的改善，再到科学研究的进展，间接光线无处不在。通过欣赏直接光和间接光线的意义，我们可以更深入地洞察周围的世界以及光塑造我们体验的复杂方式。