degree of monochromaticity

简明释义

单色度

英英释义

例句

1.The degree of monochromaticity 单色性程度 in this optical filter determines how well it can isolate specific wavelengths.

该光学滤光片的单色性程度决定了它隔离特定波长的能力。

2.High degree of monochromaticity 单色性程度 is essential for applications in spectroscopy.

高单色性程度对于光谱学应用至关重要。

3.The degree of monochromaticity 单色性程度 of the emitted light directly influences the resolution of the imaging system.

发射光的单色性程度直接影响成像系统的分辨率。

4.In colorimetry, the degree of monochromaticity 单色性程度 of a light source affects the accuracy of color measurements.

在色度学中，光源的单色性程度影响颜色测量的准确性。

5.The laser's output is characterized by a high degree of monochromaticity, meaning it emits light of a single wavelength.

激光的输出具有高单色性程度，意味着它发出的是单一波长的光。

作文

In the field of optics, the term degree of monochromaticity refers to how close a light source is to being a single wavelength of light. A perfectly monochromatic light source emits light at only one wavelength, which would mean that its degree of monochromaticity is absolute. However, in reality, most light sources emit a range of wavelengths, resulting in varying degrees of color purity. Understanding the degree of monochromaticity is crucial for many applications, including spectroscopy, laser technology, and even art. For instance, in spectroscopy, scientists analyze the light emitted or absorbed by substances to determine their composition. The degree of monochromaticity of the light used in these experiments can significantly affect the accuracy of the results. If the light source has a low degree of monochromaticity, it may introduce noise into the data, making it difficult to discern specific absorption lines. Therefore, researchers often use lasers, which have a high degree of monochromaticity, to ensure more precise measurements.In laser technology, the degree of monochromaticity is a critical factor in determining the performance of the laser. Lasers are designed to emit light that is as close to monochromatic as possible, which allows them to be focused into a narrow beam. This high degree of monochromaticity enables lasers to be used in various applications, from cutting materials to performing delicate surgeries. The ability to focus light with such precision is a direct result of the laser’s inherent properties, including its degree of monochromaticity.Moreover, the degree of monochromaticity also plays a vital role in the world of art and design. Artists often manipulate color and light to create specific moods and atmospheres in their work. By understanding the degree of monochromaticity of different colors, artists can choose pigments that will interact harmoniously. For example, a painting with a high degree of monochromaticity may evoke feelings of calm and unity, while one with a broad spectrum of colors may generate a sense of vibrancy and chaos.In conclusion, the degree of monochromaticity is a fundamental concept in various fields, influencing everything from scientific research to artistic expression. Whether one is conducting an experiment, developing new technologies, or creating works of art, understanding and manipulating the degree of monochromaticity can lead to more effective outcomes. As our knowledge of light and color continues to evolve, the importance of this concept will undoubtedly remain significant in both scientific and creative endeavors.

在光学领域，术语单色度程度指的是光源与单一波长光的接近程度。一个完美的单色光源只发出一种波长的光，这意味着它的单色度程度是绝对的。然而，实际上，大多数光源发出一系列波长，从而导致颜色纯度的不同程度。理解单色度程度对于许多应用至关重要，包括光谱学、激光技术甚至艺术。例如，在光谱学中，科学家分析物质发出的或吸收的光以确定其成分。用于这些实验的光的单色度程度会显著影响结果的准确性。如果光源的单色度程度较低，可能会在数据中引入噪声，使得难以辨别特定的吸收线。因此，研究人员通常使用激光，其具有高单色度程度，以确保更精确的测量。在激光技术中，单色度程度是决定激光性能的关键因素。激光设计为尽可能发出接近单色的光，这使得它们能够聚焦成窄束。这种高单色度程度使激光能够用于各种应用，从切割材料到进行精细手术。能够如此精确地聚焦光线，直接源于激光的固有属性，包括其单色度程度。此外，单色度程度在艺术和设计的世界中也发挥着重要作用。艺术家经常操纵颜色和光线，以在作品中创造特定的情绪和氛围。通过理解不同颜色的单色度程度，艺术家可以选择相互协调的颜料。例如，一幅具有高单色度程度的画作可能会唤起平静和统一的感觉，而一幅色彩丰富的画作可能会产生活力和混乱的感觉。总之，单色度程度是各个领域的基本概念，影响着从科学研究到艺术表现的一切。无论是进行实验、开发新技术，还是创作艺术作品，理解和操控单色度程度都能带来更有效的结果。随着我们对光和颜色的认识不断发展，这一概念的重要性无疑将在科学和创造性工作中保持显著。