absorbency

简明释义

英[əbˈzɔːbənsi;əbˈsɔːbənsi]美[əbˈzɔːrbənsiˌəbˈsɔːrbənsi]

n. 吸收能力；吸收性；吸墨性；[物化] 吸光率

英英释义

单词用法

同义词

反义词

例句

1.The filtration method with 100 mesh sieve was used to measure the absorption time dependence of water-absorbency, then the LAS was derived.

使用100目金属筛网以自然过滤法测定高吸水树脂吸液倍率随吸液时间的变化，求出树脂吸液速率。

2.Oil absorbency: The capability of a paper to absorb oil.

吸油性：纸张的吸油能力。

3.The nosewheel strut USES a single heavy-duty bungee for shock absorbency.

在前轮支撑蹦极使用税为吸收冲击单重。

4.A classic towel woven from high quality combed cotton, with longer loops to enhance absorbency and performance.

一个用高品质精梳棉织造的高级毛巾，具有较长的绒毛，以提高吸水性能和触感。

5.The amount of crosslinking agent and conditions of alkaline hydrolysis have great effects on water-absorbency.

交联剂用量和水解条件对树脂吸水倍数的影响很大。

6.The water absorbency was descended with the ascending of the concentration of the external ion solution and the valence of the ion.

实验结果表明：随着外部盐溶液浓度的增大及盐离子的价态的升高，复合材料的吸液率下降；

7.Spreading: ink crept on printed areas. there are many factors causing ink to spread; such as printing pressure ink viscosity paper absorbency etc.

滋墨：印纹上，油墨向外蔓延的情况。引致滋墨的原因很多；例如压印压力，油墨流阻度，纸张吸收性等。

8.Spreading: ink crept on printed areas. there are many factors causing ink to spread; such as printing pressure ink viscosity paper absorbency etc.

滋墨：印纹上，油墨向外蔓延的情况。引致滋墨的原因很多；例如压印压力，油墨流阻度，纸张吸收性等。

9.Scientists are testing new materials for their absorbency in various applications.

科学家们正在测试新材料在各种应用中的吸水性。

10.The new kitchen towels have excellent absorbency, making them perfect for cleaning spills.

这款新的厨房毛巾具有极好的吸水性，非常适合清理溢出的液体。

11.When choosing a diaper, parents often look for high absorbency to keep their baby dry.

在选择尿布时，父母通常会寻找高吸水性的产品，以保持宝宝干燥。

12.The paper used in these notebooks is designed for maximum absorbency of ink.

这些笔记本使用的纸张设计旨在最大限度地提高墨水的吸收性。

13.The absorbency of the sponge is crucial for effective cleaning.

海绵的吸水性对于有效清洁至关重要。

作文

The concept of absorbency is crucial in various fields, from textiles to environmental science. In simple terms, absorbency refers to the ability of a material to soak up liquids or gases. This property is particularly important in products like towels, sponges, and even certain types of clothing. For instance, when we think about towels, their effectiveness is largely determined by their absorbency. A highly absorbent towel can quickly dry our bodies after a shower, while a less absorbent one may leave us feeling damp and uncomfortable.In the world of textiles, manufacturers often focus on enhancing the absorbency of fabrics to meet consumer demands. This is especially true for athletic wear, where moisture-wicking technology is employed to draw sweat away from the body. The absorbency of these materials not only keeps athletes dry but also helps regulate their body temperature during intense physical activities. Thus, understanding how to manipulate absorbency can lead to significant improvements in product performance.Moreover, absorbency plays an essential role in environmental applications. For example, in soil science, the absorbency of soil affects its ability to retain water and nutrients, which is vital for plant growth. Soils with high absorbency can support lush vegetation, while those with low absorbency may struggle to sustain life. Additionally, engineers often consider the absorbency of materials when designing systems for managing stormwater runoff. By selecting materials that can effectively absorb excess water, cities can reduce flooding and improve drainage systems.Another area where absorbency is significant is in medical applications. For instance, absorbent dressings are used in wound care to manage exudate and promote healing. The absorbency of these dressings is critical as it influences how well they can keep the wound site dry and free from infection. Healthcare professionals must choose the right type of dressing based on the level of absorbency required for each specific case.In summary, absorbency is a multifaceted property that impacts many aspects of our daily lives. Whether we are drying off after a shower, participating in sports, managing environmental concerns, or caring for wounds, absorbency is at play. Understanding this concept allows us to make informed choices about the products we use and the materials we select for various applications. As technology advances, we can expect to see further innovations aimed at enhancing absorbency, leading to better products and improved outcomes in many areas of life.

‘吸收性’这一概念在多个领域中都至关重要，从纺织品到环境科学。简单来说，‘吸收性’指的是材料吸收液体或气体的能力。这个特性在毛巾、海绵甚至某些类型的服装等产品中尤为重要。例如，当我们想到毛巾时，其效果在很大程度上取决于其‘吸收性’。一条高度吸水的毛巾能够迅速擦干我们淋浴后的身体，而一条吸水性差的毛巾则可能让我们感到潮湿和不适。在纺织品的世界中，制造商通常专注于增强面料的‘吸收性’以满足消费者的需求。这对于运动服尤其如此，采用了排汗技术来将汗水从身体上吸走。这些材料的‘吸收性’不仅可以让运动员保持干燥，还能在剧烈运动中帮助调节他们的体温。因此，理解如何操控‘吸收性’可以显著改善产品的性能。此外，‘吸收性’在环境应用中也扮演着重要角色。例如，在土壤科学中，土壤的‘吸收性’影响其保持水分和养分的能力，这对植物生长至关重要。具有高‘吸收性’的土壤可以支持茂盛的植被，而低‘吸收性’的土壤可能难以维持生命。此外，工程师在设计管理雨水径流的系统时，也常常考虑材料的‘吸收性’。通过选择能够有效吸收多余水分的材料，城市可以减少洪水并改善排水系统。另一个‘吸收性’显著的领域是医学应用。例如，在伤口护理中，使用吸水性敷料来管理渗出物并促进愈合。这些敷料的‘吸收性’至关重要，因为它影响它们保持伤口干燥和防止感染的能力。医疗专业人员必须根据每个具体案例所需的‘吸收性’选择合适类型的敷料。总之，‘吸收性’是一个多方面的特性，影响着我们日常生活的许多方面。无论我们是在淋浴后擦干身体、参加运动、管理环境问题还是进行伤口护理，‘吸收性’都在发挥作用。理解这一概念使我们能够对所使用的产品和各种应用中选择的材料做出明智的选择。随着科技的进步，我们可以期待看到进一步的创新，旨在增强‘吸收性’，从而在生活的许多领域带来更好的产品和改善的结果。