hygroscopic

简明释义

英[ˌhaɪɡrəˈskɒpɪk]美[haɪɡrəˈskɑːpɪk;]

adj. 吸湿的；湿度计的；易潮湿的

英英释义

单词用法

同义词

反义词

例句

1.Objective To improve the anti-hygroscopic propery of Xianglian granules.

目的对香连颗粒的防吸湿性进行研究。

2.Under a microscope, one could find a hygroscopic resin pellet is filled with capillaries.

在显微镜下看吸水性的塑料会发觉它们的颗粒都是布满毛细管的。

3.But because cake contains more sugar than bread, and sugar is hygroscopic, it retains water better and stays fresh a little longer.

但是因为蛋糕中含有的糖分比面包多，糖又吸湿，蛋糕就保持了充足的水分，所以保鲜的时间长些。

4.A colorless viscous hygroscopic liquid, CH3CHOHCH 2oh, used in antifreeze solutions, in hydraulic fluids, and as a solvent.

一种无色粘稠吸水性液体，分子式为CH3CHOHCH2oh，用于水力流体的防冻剂，也可作为溶剂。

5.Character: white crystal or granule, odorless, hygroscopic; relative density: 2.564.

性能：白色无臭吸湿性结晶或颗粒，相对密度为2.564。

6.The tape materials should not be hygroscopic.

隔火层包带材料应不吸湿。

7.But because cake contains more sugar than bread, and sugar is hygroscopic, it retains water better and stays fresh a little longer.

但是因为蛋糕中含有的糖分比面包多，糖又吸湿，蛋糕就保持了充足的水分，所以保鲜的时间长些。

8.Sugar is highly hygroscopic, meaning it absorbs moisture from the air.

糖是高度吸湿的，这意味着它会从空气中吸收水分。

9.Many types of salt are hygroscopic and can clump together in humid conditions.

许多类型的盐是吸湿的，在潮湿的环境中会聚集在一起。

10.The hygroscopic nature of certain plastics can affect their performance in humid environments.

某些塑料的吸湿性可能会影响它们在潮湿环境中的表现。

11.When storing grains, it is important to consider their hygroscopic properties to prevent spoilage.

储存谷物时，考虑其吸湿性特性以防止变质是很重要的。

12.Some fabrics are treated to be less hygroscopic, making them more suitable for outdoor use.

一些面料经过处理以减少其吸湿性，使其更适合户外使用。

作文

Hygroscopic materials play a crucial role in our daily lives, often without us even realizing it. The term hygroscopic (吸湿性) refers to the ability of a substance to absorb moisture from the air. This property is significant in many fields, including food preservation, pharmaceuticals, and even in the manufacturing of various products. Understanding how hygroscopic (吸湿性) substances behave can help us make better choices in our daily activities and industries. For instance, consider the food industry. Many foods are packaged with materials that have hygroscopic (吸湿性) properties. These materials help to maintain the right level of moisture in the packaging, preventing spoilage and extending shelf life. Products such as salt, sugar, and some spices are naturally hygroscopic (吸湿性), meaning they can absorb water from the environment, which can lead to clumping or spoilage if not stored properly. Therefore, understanding the hygroscopic (吸湿性) nature of these ingredients is essential for both manufacturers and consumers. In pharmaceuticals, hygroscopic (吸湿性) compounds are also prevalent. Many medications must be kept dry to maintain their efficacy. If a medication is hygroscopic (吸湿性) and is exposed to humidity, it may absorb moisture, leading to degradation or altered effectiveness. This is why medicines are often packaged in moisture-proof containers. By recognizing the hygroscopic (吸湿性) characteristics of certain substances, pharmaceutical companies can ensure that their products remain safe and effective for consumers. Furthermore, in construction and material science, understanding hygroscopic (吸湿性) properties is vital. Materials like wood and concrete can absorb moisture from the air, which can affect their strength and durability. For instance, wood that is too hygroscopic (吸湿性) may warp or crack when the humidity levels change. Builders and architects need to consider these properties when designing structures to ensure longevity and stability. Moreover, in everyday life, we encounter hygroscopic (吸湿性) materials frequently. For example, silica gel packets, commonly found in shoe boxes and bags, are hygroscopic (吸湿性) and help keep moisture at bay. They work by absorbing excess humidity, thus protecting products from damage caused by moisture. Knowing about hygroscopic (吸湿性) materials can lead us to make wiser decisions when storing items, especially in humid environments. In conclusion, the concept of hygroscopic (吸湿性) materials is more pervasive than one might think. From food preservation to pharmaceuticals and construction, understanding how these materials interact with moisture can greatly impact product quality and longevity. As we continue to learn about the properties of various substances, we can apply this knowledge to improve our lives and the products we use every day. Recognizing the importance of hygroscopic (吸湿性) materials will enable us to make informed choices that enhance both our personal and professional environments.

吸湿性材料在我们的日常生活中发挥着至关重要的作用，往往是在我们未意识到的情况下。术语hygroscopic（吸湿性）指的是一种物质从空气中吸收水分的能力。这一特性在许多领域中都具有重要意义，包括食品保存、制药，甚至各种产品的制造。理解hygroscopic（吸湿性）物质的行为可以帮助我们在日常活动和行业中做出更好的选择。 例如，考虑食品行业。许多食品使用具有hygroscopic（吸湿性）特性的材料进行包装。这些材料有助于保持包装中的适当湿度水平，防止变质并延长保质期。盐、糖和一些香料等产品自然具有hygroscopic（吸湿性），这意味着它们可以从环境中吸收水分，如果存储不当，可能会导致结块或变质。因此，了解这些成分的hygroscopic（吸湿性）特性对制造商和消费者都至关重要。 在制药行业，hygroscopic（吸湿性）化合物也很常见。许多药物必须保持干燥，以维持其效力。如果一种药物是hygroscopic（吸湿性）且暴露于湿气中，它可能会吸收水分，从而导致降解或效果改变。这就是为什么药物通常包装在防潮容器中的原因。通过认识某些物质的hygroscopic（吸湿性）特性，制药公司可以确保其产品对消费者安全有效。 此外，在建筑和材料科学中，理解hygroscopic（吸湿性）特性至关重要。像木材和混凝土这样的材料可以从空气中吸收水分，这可能会影响其强度和耐久性。例如，过于hygroscopic（吸湿性）的木材可能在湿度水平变化时翘曲或开裂。建筑师和建筑工人需要在设计结构时考虑这些特性，以确保其持久性和稳定性。 此外，在日常生活中，我们经常遇到hygroscopic（吸湿性）材料。例如，常见于鞋盒和包中的硅胶包是hygroscopic（吸湿性）的，有助于防止潮湿。它们通过吸收多余的湿气来保护产品免受湿气造成的损害。了解hygroscopic（吸湿性）材料可以让我们在存储物品时做出更明智的决定，特别是在潮湿的环境中。 总之，hygroscopic（吸湿性）材料的概念比人们想象的要普遍。从食品保存到制药和建筑，理解这些材料如何与湿气相互作用可以极大地影响产品的质量和耐久性。随着我们继续学习各种物质的特性，我们可以应用这些知识来改善我们的生活和我们每天使用的产品。认识到hygroscopic（吸湿性）材料的重要性将使我们能够做出明智的选择，从而提升我们个人和职业环境的质量。