phosphorescent

简明释义

英[ˌfɒsfəˈresnt]美[ˌfɑːsfəˈresnt]

adj. [昆] 发出磷光的；磷光性的

英英释义

单词用法

同义词

反义词

例句

1.This paper discusses the classification and application of the Long-Lasting Phosphorescent Materials and the latest research progress in luminescent ceramic glaze.

论述了长余辉发光材料分类及应用和陶瓷发光釉最新的研究进展。

2.Long-lasting phosphorescent glass has very wide application and can be used in the fields of laser, optical amplifier, optical communication, energy storage, display etc.

长余辉发光材料中长余辉发光玻璃具有非常广阔的应用前景，可以应用于激光、光学放大器、光通讯、储能和显示等诸多领域。

3.Based on what is discussed above, research is made on the study situation and existing problems of the green phosphorescent powder.

在此基础上，针对蓝色荧光粉的研究现状和存在的问题进行了探讨。

4.This paper reviews progress in study of long-lasting phosphorescent glass.

综述了长余辉发光玻璃的研究进展。

5.Then it moved away two or three miles, leaving a 11 phosphorescent track, like those volumes of steam that the express trains leave behind.

然后它走出两三海里远，后面拖着一条磷光的尾巴，好像列车后面那一团团烟雾般的气体。

6.There the light shows, augmented by strobe lights and phosphorescent colors, were more than an aesthetic medium;

在那里，光影演出，经过闪光灯和磷光色彩增强后，已经不仅仅是一种单纯的艺术审美介质；

7.Long-lasting phosphorescent glass has very wide application and can be used in the fields of laser, optical amplifier, optical communication, energy storage, display etc.

长余辉发光材料中长余辉发光玻璃具有非常广阔的应用前景，可以应用于激光、光学放大器、光通讯、储能和显示等诸多领域。

8.The stars in the night sky seemed to be phosphorescent, glowing softly against the dark backdrop.

夜空中的星星似乎是磷光的，在黑暗的背景下柔和地发光。

9.In the aquarium, the jellyfish exhibited a phosphorescent light that mesmerized all the visitors.

在水族馆里，水母展现出一种磷光的光芒，让所有游客都着迷。

10.Some minerals are naturally phosphorescent, emitting light after being exposed to radiation.

一些矿物质是天然的磷光的，在暴露于辐射后会发光。

11.Children love stickers that are phosphorescent because they glow in the dark.

孩子们喜欢那些磷光的贴纸，因为它们在黑暗中发光。

12.The artist used phosphorescent paint to create a mural that would shine at night.

艺术家使用磷光的油漆创作了一幅在夜间会发光的壁画。

作文

In the vast expanse of the night sky, countless stars twinkle and shimmer, creating a breathtaking spectacle that has fascinated humanity for centuries. Among these celestial wonders, there exists a unique phenomenon known as phosphorescent (磷光的) materials, which have the ability to absorb light and re-emit it over time. This remarkable property makes them particularly interesting not only in scientific research but also in various artistic applications. The concept of phosphorescent (磷光的) materials can be traced back to ancient times when people first discovered that certain minerals glowed in the dark after being exposed to sunlight. This natural occurrence sparked curiosity and led to further exploration into the properties of these glowing substances. Today, we understand that phosphorescent (磷光的) materials work by absorbing photons and storing the energy, which is then slowly released as visible light. This process can last from a few seconds to several hours, depending on the specific material and environmental conditions. One of the most common examples of phosphorescent (磷光的) materials is zinc sulfide, which is often used in glow-in-the-dark toys and paints. When charged with light, these items emit a soft glow that can last for an extended period, captivating children and adults alike. This enchanting effect is not only fun but also serves practical purposes, such as providing visibility in dark areas. In addition to their playful applications, phosphorescent (磷光的) materials have found their way into various fields of science and technology. For instance, researchers are exploring their use in energy-efficient lighting solutions. By incorporating phosphorescent (磷光的) materials into LED technology, it may be possible to create lights that consume less energy while providing the same level of brightness. Moreover, the study of phosphorescent (磷光的) compounds has significant implications in the field of medicine. Scientists are investigating how these materials can be utilized in imaging techniques, allowing for better visualization of biological processes. By attaching phosphorescent (磷光的) tags to specific cells or molecules, researchers can track their movements and interactions within living organisms, leading to advancements in diagnostics and treatment. Artistically, phosphorescent (磷光的) materials have opened up new avenues for creativity. Artists are increasingly incorporating these glowing elements into their works, creating stunning installations that come alive at night. The interplay of light and darkness adds a dynamic quality to their art, inviting viewers to experience a sense of wonder and intrigue. In conclusion, the world of phosphorescent (磷光的) materials is rich and varied, encompassing everything from childhood toys to cutting-edge scientific research. Their ability to absorb and emit light has captivated our imagination and inspired innovation across multiple disciplines. As we continue to explore the potential of these fascinating substances, it is clear that phosphorescent (磷光的) materials will play a significant role in shaping our understanding of light, energy, and art in the years to come.

在广袤的夜空中，无数星星闪烁着，创造出一个令人叹为观止的景象，几个世纪以来一直吸引着人类。在这些天体奇观中，存在一种独特的现象，称为phosphorescent（磷光的）材料，它们能够吸收光并在一段时间内重新发射。这种显著的特性使它们在科学研究和各种艺术应用中都特别有趣。

phosphorescent（磷光的）材料的概念可以追溯到古代，当时人们首次发现某些矿物在阳光照射后会在黑暗中发光。这种自然现象激发了人们的好奇心，并导致对这些发光物质性质的进一步探索。今天，我们了解到phosphorescent（磷光的）材料通过吸收光子并储存能量来工作，然后逐渐释放出可见光。这个过程可以持续几秒钟到几个小时，具体取决于特定材料和环境条件。

最常见的phosphorescent（磷光的）材料之一是硫化锌，通常用于发光玩具和涂料。当充电后，这些物品会发出柔和的光芒，可以持续较长时间，迷住了儿童和成年人。这种迷人的效果不仅有趣，还有实用目的，例如在黑暗区域提供可见性。

除了娱乐应用外，phosphorescent（磷光的）材料还在科学和技术的各个领域找到了自己的位置。例如，研究人员正在探索它们在节能照明解决方案中的使用。通过将phosphorescent（磷光的）材料融入LED技术，可能可以创造出消耗更少能量的灯，同时提供相同水平的亮度。

此外，对phosphorescent（磷光的）化合物的研究在医学领域具有重要意义。科学家们正在研究这些材料如何用于成像技术，从而更好地可视化生物过程。通过将phosphorescent（磷光的）标签附加到特定细胞或分子上，研究人员可以跟踪它们在活生物体内的运动和相互作用，从而推动诊断和治疗的进步。

在艺术方面，phosphorescent（磷光的）材料为创造力开辟了新的途径。艺术家们越来越多地将这些发光元素纳入他们的作品，创造出在夜间栩栩如生的惊艳装置。光与暗的交错为他们的艺术增添了动态特质，邀请观众体验一种惊奇和好奇感。

总之，phosphorescent（磷光的）材料的世界丰富多彩，涵盖了从儿童玩具到尖端科学研究的方方面面。它们吸收和发射光的能力吸引了我们的想象力，并激发了多个学科的创新。随着我们继续探索这些迷人物质的潜力，显然phosphorescent（磷光的）材料将在未来几年中在塑造我们对光、能量和艺术的理解中发挥重要作用。