color change

简明释义

变色

英英释义

The alteration in the hue or shade of an object or substance.

物体或物质的色调或色彩的变化。

A phenomenon where the color of a material changes due to various factors such as temperature, light exposure, or chemical reactions.

由于温度、光照或化学反应等各种因素导致材料颜色变化的现象。

例句

1.The mood lighting in the room features a color change 颜色变化 option to enhance the atmosphere.

房间的氛围灯光具有<color change>颜色变化选项,以增强气氛。

2.During the experiment, we observed a significant color change 颜色变化 in the solution when heated.

在实验过程中,我们观察到溶液加热时有明显的<color change>颜色变化。

3.The leaves exhibit a beautiful color change 颜色变化 in autumn.

秋天,树叶展现出美丽的<color change>颜色变化。

4.The artist used a technique that allowed for a gradual color change 颜色变化 in the painting.

这位艺术家使用了一种技术,使画作中能够逐渐出现<color change>颜色变化。

5.The fabric undergoes a color change 颜色变化 when exposed to sunlight.

这种面料在阳光照射下会发生<color change>颜色变化。

作文

Color is an essential aspect of our daily lives, influencing our moods, perceptions, and even decisions. One fascinating phenomenon related to color is the color change, which occurs when an object's color shifts due to various factors such as temperature, light exposure, or chemical reactions. Understanding the concept of color change can enhance our appreciation of nature and science. For instance, consider the beautiful autumn leaves that transition from vibrant green to warm shades of red, orange, and yellow. This color change is caused by the breakdown of chlorophyll, the pigment responsible for the green color, as temperatures drop and daylight decreases. As the chlorophyll fades, other pigments become more visible, showcasing the stunning colors of fall. In addition to natural occurrences, color change plays a significant role in various scientific fields. In chemistry, certain compounds exhibit color change when they undergo chemical reactions. For example, litmus paper changes color when it comes into contact with an acid or a base, providing a simple yet effective way to measure pH levels. This color change serves as a visual indicator, allowing scientists and students alike to understand the properties of different substances. Similarly, thermochromic materials change color in response to temperature fluctuations, making them useful in applications ranging from mood rings to temperature-sensitive packaging. Art and design also benefit from the principles of color change. Artists often use color theory to create pieces that evoke specific emotions or responses. By understanding how colors interact and change under different lighting conditions, artists can manipulate their work to achieve desired effects. For example, a painting may appear differently in natural light compared to artificial light, resulting in a color change that alters the viewer's perception. This interplay between light and color is crucial for artists seeking to convey a particular message or feeling through their work. Moreover, the color change phenomenon is not limited to the physical world; it also extends to digital media. In graphic design and web development, colors can shift based on user interactions, creating dynamic and engaging experiences. For instance, a website might feature buttons that change color when hovered over, providing visual feedback to users. This color change enhances usability and can guide users toward desired actions, making it an essential element in modern web design. In conclusion, the concept of color change is multifaceted, encompassing natural, scientific, artistic, and digital realms. By recognizing and exploring color change, we gain insights into the world around us, from the changing seasons to the intricacies of chemical reactions. Whether we are admiring the beauty of autumn leaves, conducting experiments in a lab, creating art, or designing websites, color change enriches our experiences and deepens our understanding of the diverse ways color influences our lives.

颜色是我们日常生活中不可或缺的一个方面,它影响着我们的情绪、感知,甚至决策。与颜色相关的一个迷人现象是颜色变化,它发生在物体的颜色因温度、光照或化学反应等各种因素而改变时。理解颜色变化的概念可以增强我们对自然和科学的欣赏。例如,考虑美丽的秋天树叶,它们从生机勃勃的绿色转变为温暖的红色、橙色和黄色。这种颜色变化是由于叶绿素的分解,叶绿素是负责绿色的色素,随着温度下降和日照减少而发生的。当叶绿素褪去时,其他色素变得更加明显,展示出秋天的惊人色彩。除了自然现象,颜色变化在各个科学领域中也发挥着重要作用。在化学中,某些化合物在经历化学反应时会表现出颜色变化。例如,石蕊试纸在接触酸或碱时会改变颜色,提供了一种简单而有效的测量pH值的方法。这种颜色变化作为视觉指示器,使科学家和学生能够理解不同物质的性质。同样,热变色材料在温度波动时会改变颜色,使它们在从情绪戒指到温度敏感包装等应用中非常有用。艺术和设计也受益于颜色变化的原理。艺术家经常使用色彩理论来创作能够唤起特定情感或反应的作品。通过理解颜色在不同光照条件下如何相互作用和变化,艺术家可以操控他们的作品以达到期望的效果。例如,一幅画在自然光下可能与在人工光下看起来大相径庭,从而导致一种颜色变化,改变观众的感知。这种光与色彩之间的相互作用对于艺术家试图通过作品传达特定信息或情感至关重要。此外,颜色变化现象不仅限于物理世界;它还扩展到数字媒体。在图形设计和网页开发中,颜色可以根据用户交互而变化,创造动态和引人入胜的体验。例如,一个网站可能会在鼠标悬停时使按钮改变颜色,为用户提供视觉反馈。这种颜色变化增强了可用性,并能指导用户朝向所需的操作,使其成为现代网页设计中的一个重要元素。总之,颜色变化的概念是多方面的,涵盖了自然、科学、艺术和数字领域。通过认识和探索颜色变化,我们获得了对周围世界的洞察,从四季的变化到化学反应的复杂性。无论我们是在欣赏秋天树叶的美丽、在实验室进行实验、创作艺术,还是设计网站,颜色变化都丰富了我们的体验,深化了我们对颜色如何影响我们生活的多样方式的理解。