absorbability

简明释义

[əbˌsɔːbəˈbɪlɪti][əbˌsɔrbəˈbɪləti]

n. 吸收,可吸收性;被吸收

英英释义

The capacity of a material or substance to take in or soak up liquid, gas, or energy.

材料或物质吸收液体、气体或能量的能力。

单词用法

high absorbability

高吸收性

low absorbability

低吸收性

absorbability of materials

材料的吸收性

increase absorbability

提高吸收性

absorbability testing

吸收性测试

absorbability capacity

吸收能力

absorbability rate

吸收率

enhanced absorbability

增强的吸收性

同义词

absorbance

吸光度

The absorbance of the solution was measured to determine its concentration.

为确定溶液的浓度,测量了其吸光度。

permeability

渗透性

The permeability of the membrane affects how well it can filter substances.

膜的渗透性影响其过滤物质的能力。

retention

保留能力

The retention of water in the soil is crucial for plant growth.

土壤中的水分保留能力对植物生长至关重要。

反义词

repellency

排斥性

The repellency of the material makes it unsuitable for water absorption.

这种材料的排斥性使其不适合吸水。

impermeability

不渗透性

The impermeability of the barrier prevents any liquid from passing through.

屏障的不渗透性阻止任何液体通过。

例句

1.This has the water absorbability, the absorption carbon dioxide emits the amine fetid odor.

本品有吸湿性,吸收二氧化碳放出胺臭味。

2.The results show that planting trees have a high ability of absorbability, which depends on air pollutants and plant species.

研究结果表明:绿化树种对大气污染具有很强的吸滞能力,并依污染气体和树种的不同具有明显差异。

3.More over, this physical paper model can simulate many different kinds of "Xuan" by controlling the density, water-absorbability and texture parameters.

并且还能控制致密度、吸水性以及纸纹理以模拟各式各样的宣纸。

4.More over, this physical paper model can simulate many different kinds of "Xuan" by controlling the density, water-absorbability and texture parameters.

并且还能控制致密度、吸水性以及纸纹理以模拟各式各样的宣纸。

5.A set of experimental unit for measuring absorbability of natural gas in source rocks was built according to the principle of material balance.

根据物质平衡原理,设计了一套测量岩石吸附天然气量的实验装置。

6.Objective to investigate the absorbability of the PVC infusion sets to ciprofloxacin.

目的考察PV C输液袋对环丙沙星的吸附性。

7.The mulberry silk has strong moisture absorbability, moisture penetrability as well as preventing from mildew, acarid and antibacterial.

桑蚕丝具有较强的吸湿性、透气透湿性、以及极佳的防霉、防螨、抗菌特性。

8.The ultrasonic attenuation character in the rock is usually expressed by rock absorbability quality factor (q).

超声波在岩石中的衰减特征通常用岩石吸收品质因子(Q值)来表征。

9.By comparison, the zeolite modified with HDTMA had better absorbability for COD, and the color index of the wastewater was decreased obviously.

比较得出HDTMA改性沸石对COD的去除能力较好,而且废水的色度明显减小。

10.Scientists are studying the absorbability of different materials in water filtration systems.

科学家正在研究不同材料在水过滤系统中的吸收能力

11.The new fabric has a high absorbability, making it ideal for sportswear.

这种新面料具有很高的吸收能力,非常适合运动服。

12.The absorbability of the sponge allows it to soak up spills quickly.

海绵的吸收能力使其能够快速吸收溢出物。

13.In agriculture, the absorbability of soil affects plant growth significantly.

在农业中,土壤的吸收能力对植物生长有显著影响。

14.The company is testing the absorbability of its new biodegradable packaging.

公司正在测试其新型可生物降解包装的吸收能力

作文

In the realm of materials science, understanding the concept of absorbability is crucial for various applications. Absorbability refers to the ability of a material to take in or soak up substances, which can include liquids, gases, or even light. This property is essential in fields ranging from environmental science to textile engineering. For instance, when designing products that require moisture management, such as athletic wear or medical dressings, the absorbability of the fabric can significantly influence its performance and comfort. Moreover, in environmental applications, materials with high absorbability are often utilized for water purification processes. These materials can effectively absorb pollutants and contaminants, thereby improving water quality. The effectiveness of these materials is often measured by their absorbability, which indicates how much of a substance they can absorb relative to their weight or volume. This characteristic is vital for developing efficient filtration systems that can tackle the growing issue of water pollution.In addition to practical applications, absorbability also plays a role in everyday products. For example, household items like sponges and paper towels are designed specifically for their high absorbability. Consumers often seek out these products because they can quickly and efficiently handle spills and messes. The absorbability of these materials is what makes them effective in cleaning tasks, showcasing how this property can enhance user experience in daily life.Another interesting aspect of absorbability is its relevance in pharmaceuticals. In drug formulation, the absorbability of a compound can determine its efficacy. Drugs must be absorbed into the bloodstream to be effective, and scientists often study the absorbability of different formulations to optimize delivery methods. This research is crucial for ensuring that patients receive the correct dosage and that the medication works as intended.Furthermore, the absorbability of materials can also affect their sustainability. Biodegradable materials that possess high absorbability can be engineered to break down more efficiently in the environment. This is particularly important in addressing the global challenge of plastic waste, where materials that can absorb and decompose naturally may provide a viable alternative to traditional plastics.In conclusion, absorbability is a multifaceted property that impacts various industries and everyday life. Whether it is through enhancing the performance of sportswear, improving water purification systems, or optimizing drug formulations, the significance of absorbability cannot be overstated. As research continues to advance, our understanding of this property will likely lead to innovative solutions that address some of the pressing challenges we face today. Therefore, recognizing and harnessing the potential of absorbability is essential for both scientific progress and practical applications.

在材料科学领域,理解吸收能力的概念对于各种应用至关重要。吸收能力指的是材料吸收或浸泡物质的能力,这些物质可以包括液体、气体甚至光。这一特性在环境科学到纺织工程等多个领域都很重要。例如,在设计需要管理湿气的产品时,如运动服或医疗敷料,面料的吸收能力会显著影响其性能和舒适度。此外,在环境应用中,高吸收能力的材料通常被用于水净化过程。这些材料可以有效地吸收污染物和污染物,从而改善水质。这些材料的有效性通常通过它们的吸收能力来衡量,这表明它们可以相对于自身重量或体积吸收多少物质。这一特性对于开发高效的过滤系统至关重要,以应对日益严重的水污染问题。除了实际应用,吸收能力在日常产品中也发挥着作用。例如,海绵和纸巾等家居用品专门设计为具有高吸收能力。消费者通常会寻找这些产品,因为它们能够快速有效地处理溢出和杂乱。材料的吸收能力使它们在清洁任务中有效,展示了这一特性如何提升日常生活中的用户体验。吸收能力的另一个有趣方面是它在制药中的相关性。在药物配方中,化合物的吸收能力可以决定其疗效。药物必须被吸收到血液中才能有效,科学家们经常研究不同配方的吸收能力以优化给药方法。这项研究对于确保患者获得正确剂量并且药物按预期工作至关重要。此外,材料的吸收能力还可以影响其可持续性。具有高吸收能力的生物可降解材料可以被设计为在环境中更有效地分解。这在解决全球塑料废物挑战时尤其重要,其中可以吸收和自然分解的材料可能为传统塑料提供可行的替代方案。总之,吸收能力是一种多方面的特性,对各个行业和日常生活产生影响。无论是通过增强运动服的性能、改善水净化系统,还是优化药物配方,吸收能力的重要性都不容小觑。随着研究的不断进展,我们对这一特性的理解可能会导致创新解决方案,以应对我们今天面临的一些紧迫挑战。因此,认识和利用吸收能力的潜力对于科学进步和实际应用至关重要。