alizarin

简明释义

英[əˈlɪzərɪn]美[əˈlɪzərɪn]

n. 茜草色素（一种橘红色的化合物，用于染料中）

英英释义

单词用法

同义词

反义词

例句

1.In this paper, Alizarin Red s simulated dye wastewater was taken as an example to show the treatment results of electrochemical method.

以茜素红s等模拟染料废水为处理对象，研究了电化学法的降解处理效果。

2.But she is Lily, is not the dew alizarin red.

但是她是莉莉，不是露茜。

3.The colour reactions of alizarin (ALZ) with midecamycin (mid) and erythromycin (ery) were investigated.

研究了茜素与麦迪霉素(MID)、红霉素(ERY)的显色反应。

4.The bleaching action of fluorides is slow in the alizarin dye procedure.

在茜素染料法中，氟化物的消色作用较慢。

5.Oil red staining and alizarin red staining both demonstrated positive reactions but not in control groups.

成骨诱导后茜素红染色阳性，对照组为阴性。

6.Alkaline phosphatase (ALP) activity was evaluated by thymolphthalein release from thymolphthalein monophosphate and matrix mineralization by staining with alizarin red S.

用磷酸麝香草酚酞中释放麝香草酚酞方法检测碱性磷酸酶ALP活性用硫酸茜红素染色法检测基质矿化。

7.A new catalytic spectrophotometric method is suggested for determining trace NO2 - by the reaction of alizarin green oxidation in an acid medium with potassium bromate.

基于酸性介质溴酸钾氧化茜紊绿反应，提出了测定痕量亚硝酸根新的催化光度法。

8.The artist decided to use alizarin 茜素 red for the vibrant background of her painting.

这位艺术家决定在她的画作中使用alizarin 茜素红色作为生动的背景。

9.The historical significance of alizarin 茜素 in art cannot be overstated, as it revolutionized color usage.

在艺术中，alizarin 茜素的历史意义不容小觑，因为它彻底改变了颜色的使用。

10.In textile dyeing, alizarin 茜素 is often preferred for its rich color and lightfastness.

在纺织染色中，alizarin 茜素因其丰富的颜色和耐光性而常被优先选择。

11.The chemist explained how alizarin 茜素 is derived from madder root.

化学家解释了alizarin 茜素是如何从茜草根提取出来的。

12.During the workshop, participants learned to mix colors using alizarin 茜素 for a more dynamic palette.

在工作坊中，参与者学习如何使用alizarin 茜素混合颜色，以获得更具动态感的调色板。

作文

Alizarin is a fascinating compound that has captured the attention of artists and chemists alike for centuries. Originally derived from the madder plant, alizarin (茜素) is known for its vibrant red color, which has been used in various applications ranging from textile dyeing to painting. The history of alizarin is rich and intertwined with the development of synthetic dyes in the 19th century. Before the advent of synthetic alternatives, artists relied on natural sources like madder to obtain this beautiful pigment. The deep, warm hue of alizarin made it a favorite among painters, particularly during the Renaissance period when vivid colors were essential for creating lifelike representations in art. As time progressed, the discovery of synthetic alizarin revolutionized the way artists and manufacturers approached color. In 1868, chemists successfully synthesized alizarin, allowing for mass production and greater accessibility. This breakthrough not only made the pigment cheaper but also more consistent in quality, enabling artists to use it without the variability associated with natural dyes. The introduction of synthetic alizarin (茜素) expanded the palette available to artists and contributed to the evolution of modern art movements. The versatility of alizarin extends beyond artistic endeavors. In the textile industry, it became a popular choice for dyeing fabrics due to its fastness and durability. Unlike some natural dyes that fade over time, alizarin retains its vibrancy, making it suitable for products that require longevity. This characteristic has made it a staple in the production of high-quality textiles, ensuring that garments maintain their rich colors even after repeated washes. Moreover, alizarin has found applications in other fields, including biology and medicine. Researchers have utilized this compound as a stain in microscopy, allowing for the visualization of certain cellular structures. Its ability to bind to specific biological tissues makes it an invaluable tool in the laboratory. The dual nature of alizarin as both a pigment and a scientific reagent showcases its importance across diverse disciplines. In conclusion, alizarin (茜素) is more than just a color; it is a compound with a rich history and multifaceted applications. From its origins in nature to its synthetic production, alizarin has played a significant role in art, industry, and science. Understanding this compound allows us to appreciate the intricate relationship between chemistry and creativity, highlighting how a single substance can influence various aspects of human expression and innovation. As we continue to explore the possibilities of alizarin, we are reminded of the beauty that arises when nature and science intersect.

茜素是一种迷人的化合物，几个世纪以来吸引了艺术家和化学家的注意。最初来源于茜草植物，alizarin（茜素）因其鲜艳的红色而闻名，这种颜色被广泛应用于纺织染色和绘画等多个领域。alizarin的历史丰富且与19世纪合成染料的发展紧密相连。在合成替代品出现之前，艺术家依靠自然来源如茜草来获得这种美丽的颜料。alizarin深沉温暖的色调使其成为文艺复兴时期画家的最爱，因为生动的颜色对于创造栩栩如生的艺术作品至关重要。随着时间的推移，合成alizarin的发现彻底改变了艺术家和制造商对颜色的处理方式。1868年，化学家成功合成了alizarin，使其能够大规模生产并更易获得。这一突破不仅使颜料变得更便宜，而且在质量上也更加一致，使艺术家能够使用它，而不必担心天然染料的变异性。合成alizarin的引入扩展了艺术家可用的调色板，并促进了现代艺术运动的发展。alizarin的多功能性超越了艺术领域。在纺织行业，由于其耐久性和牢固性，它成为染色织物的热门选择。与某些会随时间褪色的天然染料不同，alizarin保持其鲜艳度，使其适用于需要持久性的产品。这一特性使其成为高质量纺织品生产中的重要材料，确保服装即使经过多次洗涤也能保持丰富的颜色。此外，alizarin还在生物学和医学等其他领域找到了应用。研究人员利用这种化合物作为显微镜染色剂，允许可视化某些细胞结构。它能够与特定生物组织结合，使其成为实验室中不可或缺的工具。alizarin作为颜料和科学试剂的双重性质展示了其在各个学科中的重要性。总之，alizarin（茜素）不仅仅是一种颜色；它是一种具有丰富历史和多重应用的化合物。从自然界的起源到合成生产，alizarin在艺术、工业和科学中发挥了重要作用。理解这一化合物让我们欣赏化学与创造力之间错综复杂的关系，突显出单一物质如何影响人类表达和创新的各个方面。当我们继续探索alizarin的可能性时，我们将被提醒，当自然与科学交汇时会产生的美丽。