visual part of the spectrum

简明释义

可视光谱区

英英释义

例句

1.The colors we see every day are part of the visual part of the spectrum 可见光谱, which ranges from red to violet.

我们每天看到的颜色是可见光谱 可见光谱的一部分，范围从红色到紫色。

2.In photography, capturing the visual part of the spectrum 可见光谱 is essential for producing realistic images.

在摄影中，捕捉可见光谱 可见光谱是制作真实图像的关键。

3.Artists often use pigments that reflect the visual part of the spectrum 可见光谱 to create vibrant paintings.

艺术家们常常使用反射可见光谱 可见光谱的颜料来创作生动的画作。

4.The visual part of the spectrum 可见光谱 plays a crucial role in how we perceive the world around us.

可见光谱 可见光谱在我们如何感知周围世界中起着至关重要的作用。

5.Many optical devices are designed to filter out wavelengths outside the visual part of the spectrum 可见光谱.

许多光学设备被设计用来过滤掉可见光谱 可见光谱之外的波长。

作文

The world around us is filled with colors that we perceive through our eyes. These colors are part of what scientists refer to as the visual part of the spectrum (可见光谱部分). This spectrum includes all the wavelengths of light that human eyes can detect, ranging from violet at the shortest wavelength to red at the longest. Understanding the visual part of the spectrum (可见光谱部分) is crucial not only for artists and designers but also for scientists and engineers who work with light in various fields. Colors play an essential role in our daily lives. They affect our emotions, influence our decisions, and even impact our health. For instance, warm colors like red and orange can evoke feelings of warmth and excitement, while cool colors such as blue and green tend to create a sense of calm and tranquility. The visual part of the spectrum (可见光谱部分) allows us to experience these colors, making our surroundings vibrant and lively. In nature, the visual part of the spectrum (可见光谱部分) is responsible for the beautiful hues we see in flowers, trees, and skies. The blue sky, for example, is a result of Rayleigh scattering, where shorter wavelengths of light are scattered more than longer wavelengths. This phenomenon demonstrates how our atmosphere interacts with the visual part of the spectrum (可见光谱部分) to create stunning visual effects. Moreover, the visual part of the spectrum (可见光谱部分) is vital in technology. In photography, understanding how different wavelengths affect exposure and color balance can significantly enhance the quality of images. Similarly, in the field of medicine, devices like pulse oximeters utilize specific wavelengths within the visual part of the spectrum (可见光谱部分) to measure oxygen levels in the blood. This application shows how the understanding of light can lead to advancements in healthcare. Artists often study the visual part of the spectrum (可见光谱部分) to create harmony and contrast in their work. By mixing colors that correspond to different wavelengths, they can achieve a range of effects that convey emotions or messages. For instance, the use of complementary colors, which are located opposite each other on the color wheel, can create a striking visual impact. This understanding of color theory is deeply rooted in the principles of the visual part of the spectrum (可见光谱部分). In conclusion, the visual part of the spectrum (可见光谱部分) is an integral aspect of our perception of the world. It influences our emotions, shapes our experiences, and drives innovations in technology and art. By studying and understanding this spectrum, we can appreciate the beauty around us and harness the power of light in various applications. Whether it is through the lens of a camera, the brush strokes of an artist, or the diagnostics of a medical device, the visual part of the spectrum (可见光谱部分) remains a fascinating and essential element of our lives.

我们周围的世界充满了我们通过眼睛感知的颜色。这些颜色是科学家所称的可见光谱部分（visual part of the spectrum）的一部分。这个光谱包括人眼可以检测到的所有光波长，从最短波长的紫色到最长波长的红色。理解可见光谱部分（visual part of the spectrum）对艺术家和设计师，以及在各个领域与光相关工作的科学家和工程师来说都是至关重要的。颜色在我们的日常生活中扮演着重要角色。它们影响我们的情绪，影响我们的决策，甚至影响我们的健康。例如，暖色调如红色和橙色可以唤起温暖和兴奋的感觉，而冷色调如蓝色和绿色则往往创造出一种平静和宁静的感觉。可见光谱部分（visual part of the spectrum）使我们能够体验这些颜色，使我们的周围环境充满生机和活力。在自然界中，可见光谱部分（visual part of the spectrum）负责我们在花朵、树木和天空中看到的美丽色调。例如，蓝天是由于瑞利散射现象造成的，在这种现象中，较短波长的光被散射得比较长波长的光更多。这一现象展示了我们的气氛如何与可见光谱部分（visual part of the spectrum）相互作用，创造出惊人的视觉效果。此外，可见光谱部分（visual part of the spectrum）在技术中也至关重要。在摄影中，理解不同波长如何影响曝光和色彩平衡可以显著提高图像的质量。同样，在医学领域，脉搏血氧仪等设备利用可见光谱部分（visual part of the spectrum）内的特定波长来测量血液中的氧气水平。这一应用展示了对光的理解如何推动医疗保健的进步。艺术家常常研究可见光谱部分（visual part of the spectrum），以在他们的作品中创造和谐和对比。通过混合对应于不同波长的颜色，他们可以实现一系列传达情感或信息的效果。例如，使用互补色，即在色轮上彼此相对的颜色，可以创造出引人注目的视觉冲击。这种对色彩理论的理解深深根植于可见光谱部分（visual part of the spectrum）的原则中。总之，可见光谱部分（visual part of the spectrum）是我们对世界感知的一个重要方面。它影响我们的情绪，塑造我们的体验，并推动技术和艺术的创新。通过研究和理解这个光谱，我们可以欣赏周围的美，并在各种应用中利用光的力量。无论是通过相机的镜头、艺术家的画笔，还是医疗设备的诊断，可见光谱部分（visual part of the spectrum）始终是我们生活中一个迷人而重要的元素。