filtrate

简明释义

英[ˈfɪltreɪt]美[ˈfɪltreɪt]

n. 滤液；滤气

v. 过滤；筛选

复 数 f i l t r a t e s

第 三 人 称 单 数 f i l t r a t e s

现 在 分 词 f i l t r a t i n g

过 去 式 f i l t r a t e d

过 去 分 词 f i l t r a t e d

英英释义

单词用法

同义词

反义词

例句

1.Objective To observe the effect of filtrate of normal human fresh dejecta on intestinal flora alteration.

目的观察正常人新鲜粪便滤液治疗肠道菌群失调的疗效。

2.A vacuum pump creates negative pressure for correct operation of the filtrate recovery system.

真空泵产生的负压是保证滤液回收系统的正确运行。

3.The formation damage during drilling are recognized as 2 types: mud solid particles plug and mud filtrate invasion.

钻井过程中的油层污染可分为泥浆固相颗粒侵入和滤液侵入2种类型。

4.The downward vertical movement of filtrate with time after invasion.

泥浆侵入地层后的下沉垂直移动。

5.The use of specific synthetic polymers as oil well cement filtrate reducer has recently drawn a wide attention in industry.

目前在油井水泥降失水剂领域，合成聚合物降失水剂再度成为研究的热点和重点。

6.The capillary force will lead to a greater resistance of filtrate flowing, so Formula 2 is closer to the experimental data.

由于这两原因毛细力会产生较大的滤液流动阻力，故式(2)更接近实验数据。

7.The laboratory technician used a filter to separate the solid particles from the liquid, allowing the clear filtrate 滤液 to be collected.

实验室技术员使用过滤器将固体颗粒与液体分离，从而收集到清澈的filtrate 滤液。

8.In the coffee-making process, the hot water passes through the grounds, resulting in a rich filtrate 滤液 that is full of flavor.

在咖啡制作过程中，热水通过咖啡粉，产生一种丰富的filtrate 滤液，充满风味。

9.During the experiment, we collected the filtrate 滤液 to analyze its chemical composition.

在实验过程中，我们收集了filtrate 滤液以分析其化学成分。

10.The filtrate 滤液 from the filtration process was tested for impurities.

过滤过程中的filtrate 滤液被测试以查找杂质。

11.After filtering the mixture, the clear filtrate 滤液 was left at the bottom of the flask.

过滤混合物后，清澈的filtrate 滤液留在烧瓶底部。

作文

In the realm of science, particularly in chemistry and biology, the term filtrate refers to the liquid that has passed through a filter. This process is crucial for various experiments and applications, as it allows scientists to separate desired substances from impurities or unwanted materials. Understanding how to properly obtain and utilize filtrate can significantly impact the results of an experiment, making it essential for students and professionals alike. For instance, consider a simple laboratory experiment where a mixture of sand and salt is being analyzed. When water is added to this mixture, the salt dissolves while the sand remains solid. If we then pour this mixture through a filter paper, the saltwater solution will pass through the filter, resulting in a clear liquid known as the filtrate. The sand, on the other hand, is left behind on the filter paper as residue. This practical application of filtrate demonstrates its importance in separating components based on their physical properties. Moreover, the concept of filtrate extends beyond the laboratory. In environmental science, for example, understanding how water filters through different layers of soil can help in assessing groundwater quality. The filtrate that emerges from soil layers may contain various minerals, nutrients, and even pollutants. Analyzing this filtrate can provide valuable insights into the health of an ecosystem and the safety of drinking water sources. In industrial applications, the process of filtration is equally significant. Industries often need to purify liquids to ensure product quality and safety. For instance, in the beverage industry, the filtrate obtained after filtering fruit juices is essential for achieving a clear and appealing final product. Similarly, in pharmaceuticals, the purity of drugs highly depends on the effective removal of contaminants through filtration processes, resulting in a clean filtrate that meets regulatory standards. Furthermore, the concept of filtrate can also be metaphorically applied to information processing. In an age where data overload is common, filtering out irrelevant information to obtain useful insights can be likened to the scientific process of obtaining filtrate. Just as a filter separates solids from liquids, we must learn to sift through the vast amounts of information available to us, retaining only what is necessary for our understanding and decision-making. In conclusion, the term filtrate is not merely a scientific jargon; it embodies a fundamental principle of separation and purification that is applicable across various fields. Whether in a laboratory, an environmental study, industrial processes, or even in our daily lives, the ability to obtain and analyze filtrate is crucial. By mastering this concept, one can enhance their scientific literacy and apply critical thinking skills to both academic and real-world challenges. Therefore, embracing the significance of filtrate is essential for anyone looking to deepen their understanding of science and its practical applications.

在科学领域，特别是在化学和生物学中，术语filtrate指的是通过过滤器的液体。这个过程对于各种实验和应用至关重要，因为它允许科学家将所需物质与杂质或不需要的材料分开。理解如何正确获取和利用filtrate可以显著影响实验的结果，因此对学生和专业人士来说都是必不可少的。 例如，考虑一个简单的实验室实验，其中分析的是沙子和盐的混合物。当水被添加到这个混合物中时，盐溶解而沙子保持固态。如果我们随后将这个混合物倒入滤纸中，盐水溶液将通过过滤器，产生一种清澈的液体，被称为filtrate。另一方面，沙子则留在滤纸上作为残留物。这种对filtrate的实际应用展示了它在基于物理特性分离成分方面的重要性。 此外，filtrate的概念超越了实验室。在环境科学中，例如，了解水如何通过不同土壤层过滤可以帮助评估地下水质量。从土壤层中出现的filtrate可能含有各种矿物质、营养素，甚至污染物。分析这种filtrate可以提供关于生态系统健康和饮用水源安全的宝贵见解。 在工业应用中，过滤过程同样重要。工业常常需要净化液体以确保产品质量和安全性。例如，在饮料行业，过滤水果汁后获得的filtrate对于实现清晰且吸引人的最终产品至关重要。同样，在制药行业，药物的纯度在很大程度上依赖于通过过滤过程有效去除污染物，从而获得符合监管标准的干净filtrate。 此外，filtrate的概念也可以比喻地应用于信息处理。在数据过载普遍的时代，筛选出无关信息以获得有用见解的过程可以与科学获取filtrate的过程相提并论。就像过滤器分离固体与液体一样，我们必须学会筛选出大量可用信息，只保留对我们的理解和决策必要的部分。 总之，术语filtrate不仅仅是科学术语；它体现了一种分离和净化的基本原则，这在各个领域都适用。无论是在实验室、环境研究、工业过程，还是在我们的日常生活中，获取和分析filtrate的能力都是至关重要的。通过掌握这个概念，人们可以提高他们的科学素养，并将批判性思维技能应用于学术和现实世界的挑战。因此，接受filtrate的重要性对于任何希望加深对科学及其实际应用理解的人来说都是必要的。