tinctorial

简明释义

英[tɪŋ(k)ˈtɔːrɪəl]美[tɪŋkˈtorɪəl]

adj. 着色的；色泽的；颜色的

英英释义

单词用法

同义词

反义词

例句

1.This improves the good tinctorial power of FCSP.

体现了其较好的着色能力。

2.We supposed the tinctorial power of the pigments as the ratio of pigment concentrations to the color differences, and discussed a relationship between the ratio values and the pigment concentrations.

我们假定着色力为色素浓度与色差之比，讨论其值与色素浓度的关系。

3.Therinafter the tinctorial property of FCSP algorithm will be tested from two sides.

以下将从两个方面测试FCSP算法着色性能。

4.We supposed the tinctorial power of the pigments as the ratio of pigment concentrations to the color differences, and discussed a relationship between the ratio values and the pigment concentrations.

我们假定着色力为色素浓度与色差之比，讨论其值与色素浓度的关系。

5.The bright coloured product with good tinctorial power and stability was obtained by the crystal transition and surface treatment to carbazole violet, which is prospect.

通过咔唑紫的晶型转变、表面处理，获得性能稳定、着色力强、色泽鲜艳的产品，具有较大发展前途。

6.Traditions and custom are handed down from generation to generation, so don't take use of tinctorial words to express colors and connotation.

传统和习俗移交代代相传，所以不要使用表达色彩和内涵的颜色词。

7.Objective to study the roles and mechanisms of Isatis tinctoriaL combination acid in transplanted tumor of human hepatocellular carcinoma in situ.

目的研究板蓝根组酸对耐药人肝癌原位移植瘤的耐药逆转作用及机制。

8.The chemist studied the tinctorial 染色的 characteristics of natural dyes derived from plants.

这位化学家研究了从植物提取的天然染料的tinctorial 染色的 特性。

9.Certain minerals have unique tinctorial 染色的 qualities that can affect the color of ceramics.

某些矿物具有独特的tinctorial 染色的 特性，可能会影响陶瓷的颜色。

10.The artist experimented with various tinctorial 染色的 techniques to create vibrant colors in her paintings.

这位艺术家尝试了多种tinctorial 染色的 技术，以在她的画作中创造出鲜艳的颜色。

11.In the textile industry, understanding tinctorial 染色的 properties of fibers is crucial for achieving the desired hues.

在纺织行业，了解纤维的tinctorial 染色的 特性对于实现所需的色调至关重要。

12.The tinctorial 染色的 process used by ancient cultures often involved complex rituals and natural materials.

古代文化使用的tinctorial 染色的 过程通常涉及复杂的仪式和天然材料。

作文

In the world of art and design, color plays a crucial role in conveying emotions and setting the tone. One of the lesser-known aspects of color is its tinctorial (染色的) properties, which refer to the ability of a substance to impart color to another material. This concept is particularly significant in fields such as textile production, painting, and even food science. Understanding the tinctorial (染色的) characteristics of various dyes and pigments can lead to more effective and vibrant results in creative endeavors.Historically, artists have relied on natural materials for their color palettes. For instance, ancient civilizations used plants, minerals, and insects to create dyes that were rich in tinctorial (染色的) qualities. The deep blue of indigo, the vibrant red of cochineal, and the earthy tones of ochre all stem from natural sources that possess strong tinctorial (染色的) properties. These colors were not only visually appealing but also held cultural significance, often symbolizing status, spirituality, or identity.In modern times, the development of synthetic dyes has revolutionized the way we approach color. Chemists have been able to create a wide range of hues with enhanced tinctorial (染色的) capabilities, allowing artists and manufacturers to achieve consistent results across various mediums. For example, the use of synthetic pigments in paint has enabled artists to explore new techniques and styles, pushing the boundaries of traditional art forms. The tinctorial (染色的) nature of these synthetic dyes means they can be mixed and layered in ways that were previously impossible, leading to innovative artistic expressions.Moreover, the tinctorial (染色的) properties of materials extend beyond visual arts. In the culinary world, chefs are increasingly aware of how color affects perception and appetite. Natural food colorants derived from fruits and vegetables can enhance the visual appeal of dishes while also providing health benefits. Understanding the tinctorial (染色的) aspects of these ingredients allows chefs to create meals that are not only delicious but also visually stunning.Furthermore, the significance of tinctorial (染色的) properties is evident in the fashion industry. Designers carefully select fabrics based on their ability to hold color, ensuring that garments maintain their vibrancy over time. The choice of dyeing techniques, whether it be tie-dye, batik, or digital printing, relies heavily on the tinctorial (染色的) qualities of the chosen materials. As sustainability becomes a priority, many brands are exploring eco-friendly dyes that still offer robust tinctorial (染色的) properties, demonstrating a commitment to both aesthetics and environmental responsibility.In conclusion, the tinctorial (染色的) nature of color is a fundamental aspect of various creative disciplines. From ancient practices to contemporary innovations, the ability to understand and manipulate color through its tinctorial (染色的) properties has shaped our artistic landscape. As we continue to explore the intersection of science and art, the importance of tinctorial (染色的) qualities will undoubtedly remain at the forefront of our creative pursuits, enriching our experiences and expressions in countless ways.

在艺术和设计的世界中，颜色在传达情感和设定基调方面起着至关重要的作用。颜色的一个鲜为人知的方面是它的tinctorial（染色的）特性，这指的是一种物质赋予另一种材料颜色的能力。这个概念在纺织生产、绘画甚至食品科学等领域尤为重要。理解各种染料和颜料的tinctorial（染色的）特性可以在创作中带来更有效和生动的结果。历史上，艺术家依赖天然材料来构建他们的色彩调色板。例如，古代文明使用植物、矿物和昆虫来创造丰富的tinctorial（染色的）颜色。这些颜色不仅在视觉上令人愉悦，而且还具有文化意义，常常象征着地位、精神或身份。在现代，合成染料的发展彻底改变了我们对颜色的处理方式。化学家们能够创造出具有增强的tinctorial（染色的）能力的各种色调，使艺术家和制造商能够在各种媒介中实现一致的结果。例如，在绘画中使用合成颜料使艺术家能够探索新的技术和风格，推动传统艺术形式的界限。这些合成染料的tinctorial（染色的）特性意味着它们可以以以前不可能的方式混合和分层，从而产生创新的艺术表现。此外，材料的tinctorial（染色的）特性超越了视觉艺术。在烹饪世界中，厨师越来越意识到颜色如何影响感知和食欲。来自水果和蔬菜的天然食品着色剂可以增强菜肴的视觉吸引力，同时提供健康益处。理解这些成分的tinctorial（染色的）方面使厨师能够创造出既美味又视觉惊艳的菜肴。此外，tinctorial（染色的）特性的意义在时尚产业中显而易见。设计师根据面料保持颜色的能力仔细选择面料，确保服装随着时间的推移保持其鲜艳度。染色技术的选择，无论是扎染、蜡染还是数字印刷，都严重依赖所选材料的tinctorial（染色的）特性。随着可持续性成为优先事项，许多品牌正在探索仍然提供强大tinctorial（染色的）特性的环保染料，展示了对美学和环境责任的承诺。总之，颜色的tinctorial（染色的）特性是各种创意学科的基本方面。从古老的实践到当代的创新，理解和操控颜色通过其tinctorial（染色的）特性塑造了我们的艺术景观。随着我们继续探索科学与艺术的交汇点，tinctorial（染色的）特性的意义无疑将继续处于我们创作追求的前沿，以无数种方式丰富我们的体验和表达。