visible range

简明释义

能见距离

英英释义

例句

1.The camera can only capture images within the visible range of light.

相机只能捕捉到在可见光范围内的图像。

2.In foggy conditions, the visible range can be significantly reduced.

在雾霾天气中，可见范围可能会显著减少。

3.The visible range of the spectrum includes colors from red to violet.

光谱的可见范围包括从红色到紫色的颜色。

4.Astronomers study stars that are within the visible range of our telescopes.

天文学家研究在我们的望远镜的可见范围内的星星。

5.The driver adjusted the headlights to maximize the visible range at night.

司机调整了车头灯，以最大化夜间的可见范围。

作文

In the realm of science and technology, understanding the concept of the visible range is crucial for various applications. The visible range refers to the portion of the electromagnetic spectrum that can be detected by the human eye. This range typically spans wavelengths from approximately 380 nanometers to 750 nanometers, encompassing all the colors we perceive, from violet to red. Knowing the visible range is important not only in physics but also in fields such as photography, art, and even environmental science.For instance, in photography, capturing images accurately depends on how well a camera can replicate the visible range of light. Photographers often use filters to enhance or modify colors within this range, ensuring that the final image reflects what the human eye would naturally see. This manipulation of the visible range allows photographers to create stunning visuals that capture the essence of their subjects.Moreover, the visible range plays a significant role in art. Artists must understand how colors interact within this spectrum to create harmonious compositions. When mixing paints, for example, artists consider the visible range to achieve the desired color effects. Different pigments absorb and reflect light differently, which means that the resulting color can vary based on the visible range of light available in the environment.In addition to art and photography, the visible range is also critical in environmental science. Scientists study how various materials absorb and reflect light within this range to assess the health of ecosystems. For example, the visible range can help determine the health of vegetation by analyzing how plants reflect light. Healthy plants reflect more green light, while stressed plants may absorb more light, indicating potential issues.Furthermore, understanding the visible range is essential for designing effective lighting solutions. Engineers and architects must consider how different light sources emit light within this range to create spaces that are both functional and aesthetically pleasing. The right lighting can enhance the appearance of a room, highlighting architectural features and creating a welcoming atmosphere.In conclusion, the concept of the visible range is integral to various disciplines, including photography, art, environmental science, and lighting design. By comprehending the visible range, individuals can better appreciate the world around them, enhance their creative endeavors, and contribute to scientific understanding. Whether through capturing beautiful photographs, creating stunning artworks, or studying the environment, the visible range remains a fundamental aspect of our interaction with light and color.

在科学和技术的领域，理解“可见光范围”的概念对于各种应用至关重要。“可见光范围”是指人眼能够检测到的电磁波谱的部分。这个范围通常从大约380纳米到750纳米，涵盖了我们所感知的所有颜色，从紫色到红色。了解“可见光范围”不仅在物理学中重要，在摄影、艺术甚至环境科学等领域也同样重要。例如，在摄影中，准确捕捉图像依赖于相机能否复制“可见光范围”内的光线。摄影师常常使用滤镜来增强或修改这个范围内的颜色，确保最终图像反映出人眼自然看到的效果。这种对“可见光范围”的操控使得摄影师能够创造出令人惊叹的视觉效果，捕捉主题的本质。此外，“可见光范围”在艺术中也起着重要作用。艺术家必须理解颜色在这个光谱内的相互作用，以创造和谐的作品。当混合颜料时，艺术家会考虑“可见光范围”以达到所需的颜色效果。不同的颜料吸收和反射光的方式各不相同，这意味着最终颜色可能会根据环境中可用的“可见光范围”而有所变化。除了艺术和摄影，“可见光范围”在环境科学中也至关重要。科学家研究各种材料在这一范围内如何吸收和反射光，以评估生态系统的健康。例如，“可见光范围”可以帮助确定植物的健康状况，通过分析植物反射光的情况。健康的植物反射更多的绿色光，而受压植物可能吸收更多的光，表明潜在的问题。此外，理解“可见光范围”对于设计有效的照明解决方案也至关重要。工程师和建筑师必须考虑不同光源在这一范围内发光的方式，以创造既功能性又美观的空间。适当的照明可以增强房间的外观，突出建筑特征，营造宜人的氛围。总之，“可见光范围”的概念在摄影、艺术、环境科学和照明设计等多个学科中都是不可或缺的。通过理解“可见光范围”，人们可以更好地欣赏周围的世界，提升创造性工作，并促进科学理解。无论是通过捕捉美丽的照片、创作令人惊叹的艺术作品，还是研究环境，“可见光范围”始终是我们与光和颜色互动的基本方面。