trichromatic

简明释义

英[ˌtraɪkrəʊˈmætɪk]美[ˌtraɪkroʊˈmætɪk]

adj. 三色的；三色版的；三原色的

英英释义

单词用法

同义词

反义词

例句

1.But was an extra photopigment all that was needed to evolve trichromatic vision? Or does seeing the world in all its colourful splendour require extra brain power too?

但是是否另一种感光色素必须完全进化成三色视觉？或者要看到世界所有颜色需要特别的脑部功能？

2.Trichromatic LED commercial lighting products using the most advanced digital controls, thermal management and lighting design, product quality and performance are up the international standards.

俪福led室内照明产品采用最先进的数码控制、散热管理以及照明灯具设计，产品质量和性能均达到国际水平。

3.We will study the affection to color rendering of trichromatic of laser paper through many experiments and by contrasting laser paper with art paper gold and silver foil paper.

通过大量的实验研究镭射卡纸对黄、品、青三原色油墨色彩再现的影响，同时与铜版纸、金银卡纸进行对比。

4.Trichromatic LED commercial lighting products using the most advanced digital controls, thermal management and lighting design, product quality and performance are up the international standards.

俪福led室内照明产品采用最先进的数码控制、散热管理以及照明灯具设计，产品质量和性能均达到国际水平。

5.The Company produced trichromatic phosphor stable quality, reasonable price.

本公司生产的三基色荧光粉质量稳定，价格合理。

6.With the emergence of blue LED, trichromatic LEDs have been completed and LED has also been applied to the projection display.

随着蓝光led的问世，LED三基色发光已齐备，近年来被逐步应用于投影显示中。

7.Some animals, like certain species of birds, have a trichromatic vision that enhances their ability to find food.

一些动物，比如某些鸟类，具有三色视觉，这增强了它们寻找食物的能力。

8.In digital imaging, trichromatic models are essential for accurate color reproduction.

在数字成像中，三色模型对准确的颜色再现至关重要。

9.The trichromatic color model is used in television and computer screens to display images.

在电视和计算机屏幕中使用三色色彩模型来显示图像。

10.The human eye is considered to be a trichromatic system, allowing us to perceive a wide range of colors.

人眼被认为是一个三色系统，使我们能够感知广泛的颜色。

11.Artists often use trichromatic color theory to create visually appealing artworks.

艺术家们常常使用三色色彩理论来创作视觉上吸引人的艺术作品。

作文

The concept of color vision has fascinated scientists and artists alike for centuries. Among the various theories and models of color perception, the term trichromatic refers to the ability of the human eye to perceive color through three types of cone cells. These cone cells are sensitive to different wavelengths of light, corresponding to the colors red, green, and blue. This trichromatic vision allows us to experience a rich spectrum of colors by combining these primary hues. Understanding how trichromatic vision works is essential not only in biology but also in fields like art, design, and technology.In the realm of art, the principles of trichromatic color theory play a crucial role in creating visually appealing compositions. Artists use the knowledge of how colors interact with one another to evoke emotions and convey messages through their work. For instance, a painter might choose to use a trichromatic palette to create vibrant landscapes or portraits that captivate the viewer's attention. By mixing primary colors in various proportions, artists can produce an array of secondary and tertiary colors, further expanding the visual possibilities.Moreover, the trichromatic model of color vision has significant implications in technology, particularly in the development of displays and imaging systems. Modern televisions and computer screens utilize trichromatic principles to reproduce a wide range of colors. By adjusting the intensity of red, green, and blue light emitted from pixels, these devices can create the illusion of millions of colors. This technology has transformed the way we consume media, making it more immersive and engaging.However, it is important to note that not everyone experiences trichromatic vision in the same way. Some individuals are colorblind, meaning they may have a deficiency in one or more types of cone cells. This condition can affect how they perceive colors, leading to challenges in distinguishing between certain hues. Understanding the trichromatic model helps us appreciate the diversity of human perception and the unique ways in which individuals experience the world around them.In conclusion, the term trichromatic encapsulates a fundamental aspect of human vision, highlighting our ability to see and interpret colors through the interaction of three primary wavelengths. This understanding enriches various fields, from art to technology, and provides insight into the complexities of human perception. As we continue to explore the science of color, the significance of trichromatic vision will undoubtedly remain a cornerstone of our understanding of the visual world.

“三色”这一概念吸引了科学家和艺术家几个世纪以来的关注。在众多颜色感知的理论和模型中，术语trichromatic指的是人眼通过三种类型的锥体细胞感知颜色的能力。这些锥体细胞对不同波长的光敏感，分别对应红色、绿色和蓝色。这种trichromatic视觉使我们能够通过组合这些主要色调来体验丰富的颜色光谱。理解trichromatic视觉的工作原理对于生物学、艺术、设计和技术等领域至关重要。在艺术领域，trichromatic色彩理论的原则在创作视觉上吸引人的作品时起着关键作用。艺术家利用颜色相互作用的知识，通过作品传达情感和信息。例如，一位画家可能会选择使用trichromatic调色板来创作生动的风景画或肖像画，以吸引观众的注意。通过以不同的比例混合主要颜色，艺术家可以产生一系列的次要和三级颜色，进一步扩展视觉可能性。此外，trichromatic色彩视觉模型在技术方面也具有重要意义，尤其是在显示器和成像系统的发展中。现代电视和计算机屏幕利用trichromatic原理再现广泛的颜色范围。通过调整从像素发出的红、绿、蓝光的强度，这些设备可以创造出数百万种颜色的幻觉。这项技术改变了我们消费媒体的方式，使其更加身临其境和引人入胜。然而，值得注意的是，并不是每个人都以相同的方式体验trichromatic视觉。一些个体是色盲，这意味着他们可能在一种或多种类型的锥体细胞上有缺陷。这种情况可能会影响他们对颜色的感知，导致在区分某些色调时面临挑战。理解trichromatic模型帮助我们欣赏人类感知的多样性，以及个体体验周围世界的独特方式。总之，术语trichromatic概括了人类视觉的一个基本方面，突显了我们通过三种主要波长的相互作用来看和解释颜色的能力。这种理解丰富了艺术、技术等多个领域，并提供了对人类感知复杂性的洞察。随着我们继续探索颜色的科学，trichromatic视觉的重要性无疑将继续成为我们理解视觉世界的基石。