impregnation

简明释义

英[ˌɪmpreɡˈneɪʃn]美[ˌɪmpreɡˈneɪʃn]

n. 注入；受精；怀孕；受胎

英英释义

单词用法

同义词

反义词

例句

1.The WPG was influenced significantly by impregnation time, pressure, vacuum-time and the interaction of time and pressure.

浸注时间、浸注压力、抽真空时间以及浸注时间与浸注压力的交互作用的影响都极显著。

2.Widely used in food, textile, pharmaceutical and chemical industries vacuum evaporation, condensation and impregnation, drying in the process.

广泛用于食品、纺织、医药、化工等行业的真空蒸发、浓缩、浸渍、干燥等工艺过程中。

3.At present, the vacuum pressure impregnation technology is a new process in electrical trade.

真空压力浸渍是电工行业中目前应用的新技术、新工艺。

4.Three chief methods of impregnation and the characteristic of three impregnation agents and their effects are introduced.

介绍了三种主要的浸渗方法和三种浸渗剂的特性以及这项技术的使用效果。

5.Objective: To show degenerated fibers in nerve tissues culture by silver impregnation method.

目的：以银浸染法显示神经组织培养中的变性纤维。

6.The impregnation increment of epoxy resin for carbonized bamboo board with conventional impregnation is low.

采用常规浸渍的方法，炭化竹板的环氧树脂浸渍量低。

7.For the moment in the world the technology of casting impregnation is one of good methods for solving the leaking of casting.

铸件浸渗技术是目前世界上解决铸件渗漏问题的最有效的方法之一。

8.These reduction behaviors were dependent on the loading amounts of MnOx and impregnation procedure.

这些还原行为主要取决于锰的负载量和浸渍顺序。

9.Products for impregnation, sealing and cleaning of many surfaces like glass, metal, plastic, wood, textiles, lacquer, etc.

玻璃，钢制品，塑料制品，木器。纺织品，漆器等多种面料用途的清洁用品。

10.The scientist studied the impregnation of various metals with polymers.

科学家研究了各种金属与聚合物的浸渍。

11.The process of impregnation in the manufacturing of composite materials enhances their strength.

在复合材料制造中的浸渍过程增强了它们的强度。

12.The impregnation of the fabric with waterproofing agents makes it suitable for outdoor use.

将织物浸渍防水剂使其适合户外使用。

13.The impregnation of the wood with preservatives helps to prevent decay.

木材的浸透处理可以帮助防止腐烂。

14.In agriculture, impregnation of soil with fertilizers increases crop yield.

在农业中，土壤的施肥可以提高作物产量。

作文

The concept of impregnation is often associated with various fields, including biology, chemistry, and even art. In biology, impregnation refers to the process by which a sperm fertilizes an egg, leading to the development of a new organism. This fundamental biological process is essential for reproduction and the continuation of species. Understanding impregnation in this context helps us appreciate the complexity of life and the intricate mechanisms that govern it.In chemistry, impregnation involves the introduction of one substance into another, often to enhance the properties of the material. For example, in the production of catalysts, metals are sometimes impregnated onto a support material to improve their effectiveness. This process can significantly influence the efficiency of chemical reactions, making it a vital area of study for chemists and engineers alike. The ability to manipulate materials through impregnation has led to advancements in various industries, including pharmaceuticals and energy.Moreover, in the realm of art, impregnation can refer to the infusion of materials or techniques that enhance the aesthetic quality of a piece. Artists may use different mediums and methods to impregnate their works with unique textures and colors, creating visually striking pieces that evoke emotional responses from viewers. This artistic interpretation of impregnation highlights the importance of creativity and innovation in the artistic process.Despite its diverse applications, the core idea of impregnation remains the same: it is about introducing one element into another to create something new or to enhance existing properties. This principle can be observed in everyday life as well. For instance, when cooking, we often impregnate food with flavors by marinating or seasoning it. This culinary form of impregnation transforms simple ingredients into complex dishes that delight our taste buds.Understanding impregnation across these various domains allows us to see the interconnectedness of different fields of study. It encourages interdisciplinary collaboration, where insights from one area can inform and enhance practices in another. For example, biologists studying the reproductive processes may collaborate with chemists to develop new techniques for artificial insemination, showcasing how the understanding of impregnation can lead to innovations that benefit multiple sectors.In conclusion, impregnation is a multifaceted term that transcends its literal meaning. Whether in biology, chemistry, art, or everyday life, it represents the idea of infusing, enhancing, and creating through the introduction of one element into another. By exploring the different contexts in which impregnation occurs, we gain a deeper appreciation for the complexities of nature and human creativity. This understanding not only enriches our knowledge but also inspires us to think critically about the processes that shape our world.

“impregnation”这个概念通常与多个领域相关，包括生物学、化学，甚至艺术。在生物学中，impregnation指的是精子使卵子受精的过程，从而导致新生物的发育。这个基本的生物过程对于繁殖和物种的延续至关重要。理解生物学中的impregnation有助于我们欣赏生命的复杂性以及支配生命的微妙机制。在化学中，impregnation涉及将一种物质引入另一种物质，通常是为了增强材料的特性。例如，在催化剂的生产中，金属有时被浸渍到支撑材料上，以提高其有效性。这个过程可以显著影响化学反应的效率，使其成为化学家和工程师研究的重要领域。通过impregnation操控材料的能力，推动了制药和能源等多个行业的进步。此外，在艺术领域，impregnation可以指注入材料或技术，以增强作品的美学质量。艺术家可能使用不同的媒介和方法，将他们的作品浸渍上独特的纹理和颜色，创造出视觉上令人惊叹的作品，激发观众的情感反应。这种对impregnation的艺术解读突显了创造力和创新在艺术过程中的重要性。尽管其应用多样，impregnation的核心思想依然相同：它是关于将一个元素引入另一个元素，以创造新的东西或增强现有属性。这个原则在日常生活中也能观察到。例如，在烹饪时，我们经常通过腌制或调味来浸渍食物，使其充满风味。这种烹饪形式的impregnation将简单的食材转变为复杂的菜肴，令我们的味蕾愉悦。理解impregnation在这些不同领域的表现，让我们看到不同研究领域之间的相互联系。它鼓励跨学科合作，一个领域的见解可以为另一个领域的实践提供信息和增强。例如，研究生殖过程的生物学家可能会与化学家合作，开发人工授精的新技术，展示了对impregnation的理解如何导致造福多个部门的创新。总之，impregnation是一个多面的术语，超越了字面意义。无论是在生物学、化学、艺术还是日常生活中，它都代表着通过将一个元素引入另一个元素来注入、增强和创造的理念。通过探索impregnation发生的不同背景，我们更深入地理解自然和人类创造力的复杂性。这种理解不仅丰富了我们的知识，也激励我们批判性地思考塑造我们世界的过程。