resins

简明释义

英[ˈrɛzɪnz]美[ˈrɛzənz]

n. [树脂]树脂；松香酯（resin 的复数）

v. 用树脂处理（resin 的三单形式）

英英释义

单词用法

同义词

反义词

例句

1.Such resins contain positively and negatively charged groups which impart unique physical properties.

这种树脂含有正电基和负电基，因而具有特殊的物理性质。

2.The potatoes are first formed into the shape of rice grains. Industrial synthetic resins are then added to the mix.

使用土豆成分制成稻米的形状，再加入工业用合成树脂。

3.BPA is also a major ingredient in epoxy resins, which among other USES, help extend the shelf life of canned foods.

BPA还是环氧树脂的主要组成成分，环氧树脂有很多用处，它可以帮助延长罐头食品的存储时间。

4.If you made the furniture with our resins, in principle you could just smash it, or burn it, or use it for energy.

如果你做的这件家具用的是我们的树脂，原则上你可以粉碎它，或者燃烧它，或者把它用作能源。

5.Resins and gums are highly flammable.

树脂和树胶也非常易燃。

6.Vegetable fibres are mixed with resins to produce the car parts and the oils in the chocolate are refined to produce fuel.

这款赛车的零部件由植物纤维与树脂混制而成，其使用的燃料则由从巧克力中提炼出的油制成。

7.DS355 : Brazil Antidumping measures on imports of certain resins from Argentina

DS355：巴西——对进口自阿根廷的某些树脂采取反倾销措施案

8.Commonly used with whitening agents, etchants, bonding agents, sealants, desensitizers, adhesives and resins.

通常使用在漂白剂，蚀刻剂，粘接剂，密封剂，脱敏剂，粘合剂和树脂。

9.The artist used various types of resins to create a glossy finish on her sculptures.

艺术家使用了多种类型的树脂为她的雕塑创造光滑的表面。

10.Many modern adhesives are made from synthetic resins that provide strong bonding capabilities.

许多现代粘合剂是由合成的树脂制成，提供强大的粘合能力。

11.The furniture was coated with resins to protect it from water damage.

家具涂上了树脂以保护其免受水损害。

12.In electronics, resins are often used for encapsulating components to prevent corrosion.

在电子产品中，树脂通常用于封装元件以防止腐蚀。

13.The production of composite materials often involves mixing fibers with resins.

复合材料的生产通常涉及将纤维与树脂混合。

作文

Resins are organic compounds that are typically solid or semi-solid in form and are produced by various plants, particularly trees. They play a crucial role in nature as well as in various industries. In nature, resins（树脂） serve as a defense mechanism for trees against insects and pathogens. When a tree is injured, it secretes resins（树脂） to seal the wound and protect itself from further harm. This natural process not only aids in the tree's survival but also contributes to the ecosystem by providing habitats for various organisms. In the industrial world, resins（树脂） have a wide range of applications. They are essential in the production of plastics, paints, varnishes, and adhesives. For example, epoxy resins（树脂） are widely used in construction and manufacturing due to their strong adhesive properties and resistance to environmental factors. These resins（树脂） are versatile and can be formulated to achieve specific characteristics, such as flexibility or hardness, depending on the intended use. Another significant application of resins（树脂） is in the field of art and crafts. Artists often use resins（树脂） to create beautiful, glossy finishes on their works. The ability to mix pigments with resins（树脂） allows for vibrant colors and unique effects, making them a popular choice among painters and sculptors. Moreover, the durability of resins（树脂） ensures that artworks can withstand the test of time, preserving the artist's vision for years to come. Furthermore, the medical industry utilizes resins（树脂） in various applications, including dental materials and drug delivery systems. Dental resins（树脂） are used to create fillings and crowns, providing patients with durable and aesthetically pleasing solutions for dental issues. In drug delivery, certain types of resins（树脂） can encapsulate medications, allowing for controlled release and improved efficacy. The environmental impact of resins（树脂） is also an important consideration. While many resins（树脂） are derived from natural sources, synthetic resins（树脂） can contribute to pollution and waste if not disposed of properly. As a result, there is a growing movement towards developing biodegradable resins（树脂） that can minimize environmental harm. Researchers are exploring plant-based alternatives that retain the beneficial properties of traditional resins（树脂） while being more sustainable. In conclusion, resins（树脂） are multifaceted materials that play vital roles in both nature and industry. From their protective functions in trees to their diverse applications in manufacturing, art, and medicine, resins（树脂） are indispensable. As we continue to innovate and seek sustainable solutions, the future of resins（树脂） looks promising, with potential advancements that could benefit both humanity and the environment.

树脂是有机化合物，通常呈固态或半固态，由各种植物，特别是树木产生。它们在自然界以及各个行业中发挥着至关重要的作用。在自然界中，树脂作为树木对抗昆虫和病原体的防御机制。当树木受伤时，它会分泌树脂来封闭伤口，保护自己免受进一步伤害。这一自然过程不仅有助于树木的生存，还通过为各种生物提供栖息地而有助于生态系统。 在工业世界中，树脂具有广泛的应用。它们在塑料、油漆、清漆和粘合剂的生产中至关重要。例如，环氧树脂因其强大的粘合特性和抵抗环境因素的能力而广泛用于建筑和制造。这些树脂可以被配制成特定的特性，例如灵活性或硬度，具体取决于预期用途。 树脂在艺术和手工艺领域的另一个重要应用是，艺术家们常常使用树脂来为他们的作品创造美丽而光亮的表面。将色素与树脂混合的能力使得色彩鲜艳和独特效果成为可能，这使得它们在画家和雕塑家中颇受欢迎。此外，树脂的耐用性确保了艺术作品能够经受时间的考验，保存艺术家的愿景多年。 此外，医疗行业在各种应用中利用树脂，包括牙科材料和药物递送系统。牙科树脂用于制作填充物和牙冠，为患者提供耐用且美观的牙科问题解决方案。在药物递送中，某些类型的树脂可以包裹药物，从而实现控制释放和提高疗效。 树脂的环境影响也是一个重要的考虑因素。虽然许多树脂来自天然来源，但如果处理不当，合成树脂可能会导致污染和废物。因此，越来越多的人开始致力于开发可生物降解的树脂，以尽量减少对环境的危害。研究人员正在探索植物基替代品，这些替代品保留了传统树脂的有益特性，同时更加可持续。 总之，树脂是多面材料，在自然和工业中发挥着重要作用。从它们在树木中的保护功能到在制造、艺术和医学中的多样化应用，树脂是不可或缺的。随着我们不断创新和寻求可持续解决方案，树脂的未来看起来前景广阔，潜在的进展可能惠及人类和环境。