in diffusion

简明释义

向内扩散

英英释义

例句

1.Heat transfer in diffusion is an important concept in thermodynamics.

热量传递的扩散是热力学中的一个重要概念。

2.The process of nutrients moving through the soil is crucial for plant growth, and it occurs primarily in diffusion.

营养物质在土壤中移动的过程对植物生长至关重要，它主要发生在扩散过程中。

3.In the laboratory, we studied how gases behave in diffusion experiments.

在实验室中，我们研究了气体在扩散实验中的行为。

4.The scientist explained how pollutants disperse in diffusion through water bodies.

科学家解释了污染物如何通过水体在扩散中分散。

5.The perfume spread throughout the room in diffusion, making the atmosphere pleasant.

香水在房间里通过扩散弥漫开来，使氛围变得宜人。

作文

In the realm of science, particularly in physics and chemistry, the concept of diffusion plays a crucial role in understanding how substances move and interact. Diffusion is the process by which molecules spread from areas of high concentration to areas of low concentration. This phenomenon can be observed in various natural processes, such as the dispersal of perfume in a room or the mixing of different colored dyes in water. The term in diffusion refers specifically to the state or condition during which this process occurs, highlighting the dynamic nature of molecular movement. To illustrate the importance of in diffusion, consider the example of oxygen exchange in the lungs. When we inhale, oxygen-rich air enters the alveoli, tiny air sacs in the lungs. Here, oxygen molecules are present in higher concentrations compared to the blood in surrounding capillaries. As a result, oxygen moves in diffusion from the alveoli into the blood, where it is then transported to cells throughout the body. This vital process ensures that our cells receive the oxygen they need to perform cellular respiration, which is essential for producing energy.Another striking example of in diffusion can be seen in the field of environmental science. Pollutants released into the atmosphere undergo diffusion as they disperse over large areas. The rate and extent of this diffusion can have significant implications for air quality and public health. For instance, when a factory emits smoke, the pollutants begin to spread in diffusion through the air, affecting nearby communities. Understanding how these substances diffuse helps scientists develop strategies to mitigate their impact and protect the environment.Moreover, diffusion is not limited to gases and liquids; it also occurs in solids. For example, when a metal is heated, atoms within the metal gain energy and begin to move more freely. This movement leads to a process called solid-state diffusion, which is critical in metallurgy and materials science. Engineers often manipulate diffusion in diffusion to create alloys with desired properties, such as increased strength or resistance to corrosion. By controlling the conditions under which diffusion occurs, they can enhance the performance of materials used in everything from construction to electronics.The study of diffusion extends beyond the physical sciences and has applications in biology, medicine, and even social sciences. In biology, the concept of diffusion is fundamental to understanding how nutrients and waste products move across cell membranes. Medically, the principles of diffusion are applied in drug delivery systems, where medications must diffuse through biological barriers to reach their target sites effectively. In social sciences, diffusion theory explains how innovations and ideas spread within societies, demonstrating that the principles governing molecular movement can also apply to human behavior.In conclusion, the concept of in diffusion is integral to multiple fields of study, providing insights into how substances interact and move. Whether examining the movement of molecules in the air, the behavior of pollutants, or the transfer of nutrients in living organisms, understanding diffusion is essential for advancing scientific knowledge and addressing real-world challenges. As we continue to explore the complexities of diffusion, we unlock new possibilities for innovation and improvement in various domains of life.

在科学领域，特别是在物理和化学中，扩散的概念在理解物质如何移动和相互作用方面起着至关重要的作用。扩散是指分子从高浓度区域向低浓度区域扩散的过程。这种现象可以在各种自然过程中观察到，例如香水在房间中的散发或不同颜色染料在水中的混合。术语in diffusion专门指的是这一过程发生时的状态或条件，突显了分子运动的动态特性。为了说明in diffusion的重要性，可以考虑氧气在肺部交换的例子。当我们吸气时，富含氧气的空气进入肺泡，这是肺部的小气囊。在这里，氧气分子的浓度高于周围毛细血管中的血液。因此，氧气通过in diffusion从肺泡移动到血液中，然后被运输到全身的细胞。这一重要过程确保我们的细胞获得所需的氧气，以进行细胞呼吸，这对于产生能量至关重要。另一个引人注目的in diffusion例子可以在环境科学领域看到。释放到大气中的污染物会经历扩散，因为它们在大面积上扩散。这种扩散的速度和程度可能对空气质量和公共健康产生重大影响。例如，当工厂排放烟雾时，污染物开始在空气中in diffusion，影响附近的社区。了解这些物质如何扩散有助于科学家制定减轻其影响和保护环境的策略。此外，扩散不仅限于气体和液体；它也发生在固体中。例如，当金属被加热时，金属内部的原子获得能量并开始更自由地移动。这种运动导致一种称为固态扩散的过程，这在冶金和材料科学中至关重要。工程师通常操纵扩散in diffusion来制造具有所需特性的合金，例如增强强度或耐腐蚀性。通过控制扩散发生的条件，他们可以提高用于建筑和电子产品等各个领域材料的性能。扩散的研究超越了物理科学，在生物学、医学甚至社会科学中都有应用。在生物学中，扩散的概念对于理解营养物质和废物如何穿过细胞膜至关重要。在医学上，扩散原理应用于药物输送系统，其中药物必须有效地通过生物屏障以达到其靶位。在社会科学中，扩散理论解释了创新和思想如何在社会中传播，表明支配分子运动的原理也可以应用于人类行为。总之，in diffusion的概念是多个研究领域的核心，为我们提供了对物质如何相互作用和移动的深入洞察。无论是研究空气中分子的运动、污染物的行为，还是生物体中营养物质的转移，理解扩散对于推动科学知识的进步和应对现实世界的挑战至关重要。随着我们继续探索扩散的复杂性，我们为各个生活领域的创新和改进开启了新的可能性。