air chamber

简明释义

1. 空气室; 2. 气包; 3. 贮气罐; 4. 气室;

英英释义

例句

1.The air chamber in the water heater allows for expansion of the heated water.

热水器中的空气腔允许加热水的膨胀。

2.The bicycle tire has an air chamber that helps maintain its shape and pressure.

自行车轮胎有一个空气腔，帮助保持其形状和压力。

3.During the experiment, we measured the pressure inside the air chamber to understand its behavior.

在实验中，我们测量了空气腔内的压力，以了解其行为。

4.The inflatable mattress has a built-in air chamber for added comfort.

充气床垫内置有一个空气腔以增加舒适性。

5.In the design of the acoustic guitar, the air chamber enhances sound resonance.

在吉他的设计中，空气腔增强了声音的共鸣。

作文

The concept of an air chamber is often encountered in various fields, particularly in engineering and physics. An air chamber refers to a sealed space filled with air that can serve multiple functions depending on its application. For instance, in hydraulic systems, an air chamber is used to absorb shock and maintain pressure. By allowing for the compression of air, it can mitigate sudden changes in pressure that could otherwise damage the system or affect its efficiency. This is particularly important in systems where fluid dynamics play a crucial role, as the air chamber acts as a buffer against rapid fluctuations.In the context of architecture, air chambers can be designed into buildings to improve energy efficiency. These chambers can help regulate temperature by trapping air, which acts as an insulator. In colder climates, having an air chamber within walls can prevent heat loss, thereby reducing heating costs. Similarly, in warmer climates, they can keep buildings cooler by preventing the ingress of hot air. The design and implementation of air chambers in building structures demonstrate how innovative engineering can lead to more sustainable living environments.Furthermore, air chambers are also utilized in various consumer products. For example, inflatable mattresses often contain air chambers that allow users to adjust firmness levels according to their preferences. The ability to control the amount of air within these chambers enhances comfort and support during sleep. Additionally, sports equipment like life jackets and flotation devices use air chambers to provide buoyancy, ensuring safety in water activities.Moreover, the principle of air chambers is evident in many natural phenomena. For instance, certain animals have evolved to possess air chambers in their bodies, which help them float or maneuver in water. Fish, for example, have swim bladders—essentially air chambers that allow them to maintain buoyancy at varying depths without expending energy. This adaptation showcases the importance of air chambers in the survival and functionality of living organisms.In summary, the significance of air chambers extends across diverse domains, from engineering and architecture to everyday products and natural adaptations. Understanding how air chambers work and their applications can lead to better designs and innovations that enhance performance, safety, and sustainability. As technology advances, we can expect to see even more creative uses of air chambers that will continue to improve our lives. The exploration of this simple yet effective concept demonstrates the intricate relationship between air and various systems, highlighting how something as common as air can play a vital role in complex mechanisms and designs.

“气室”的概念常常出现在各个领域，尤其是在工程和物理学中。“气室”指的是一个充满空气的密封空间，根据其应用可以发挥多种功能。例如，在液压系统中，气室用于吸收冲击和维持压力。通过允许空气的压缩，它可以减轻突然的压力变化，否则可能会损坏系统或影响其效率。这在流体动力学起着至关重要作用的系统中尤其重要，因为气室作为快速波动的缓冲器。在建筑学的背景下，气室可以设计到建筑中以提高能源效率。这些气室可以通过捕捉空气来帮助调节温度，从而充当绝缘体。在寒冷的气候中，墙壁内设有气室可以防止热量流失，从而降低取暖成本。同样，在温暖的气候中，它们可以通过防止热空气的进入来保持建筑物凉爽。气室在建筑结构中的设计和实施展示了创新工程如何导致更可持续的生活环境。此外，气室还用于各种消费产品中。例如，充气床垫通常包含气室，允许用户根据自己的喜好调整硬度。控制这些气室内空气量的能力增强了睡眠时的舒适性和支撑力。此外，像救生衣和漂浮装置这样的运动器材使用气室提供浮力，确保水上活动的安全。此外，气室的原理在许多自然现象中也显而易见。例如，某些动物进化出体内具有气室，这帮助它们在水中漂浮或移动。例如，鱼类拥有游泳膀胱——本质上是气室，允许它们在不同深度维持浮力，而无需耗费能量。这种适应展示了气室在生物体生存和功能中的重要性。总之，气室的重要性延伸到多个领域，从工程和建筑到日常产品和自然适应。理解气室的工作原理及其应用可以导致更好的设计和创新，从而提高性能、安全性和可持续性。随着技术的进步，我们可以期待看到更多创造性的气室使用，这将继续改善我们的生活。对这一简单而有效的概念的探索展示了空气与各种系统之间复杂的关系，突显了像空气这样普遍的东西在复杂机制和设计中所发挥的重要作用。