equalizing pressure

简明释义

平衡压力

英英释义

例句

1.The pilot announced that they would begin equalizing pressure in the cabin as they ascended to cruising altitude.

飞行员宣布，他们将在上升到巡航高度时开始平衡压力。

2.The engineer explained how equalizing pressure is crucial in hydraulic systems to maintain efficiency.

工程师解释了在液压系统中，平衡压力是保持效率的关键。

3.In construction, workers must be aware of equalizing pressure when working with pneumatic tools to ensure safety.

在建筑中，工人在使用气动工具时必须注意平衡压力以确保安全。

4.Before descending into the water, divers must ensure they are equalizing pressure to avoid discomfort and injury.

在下水之前，潜水员必须确保他们正在平衡压力以避免不适和受伤。

5.During the flight, the cabin crew reminded passengers to yawn or swallow to assist in equalizing pressure during the descent.

在飞行过程中，机组人员提醒乘客在下降期间打哈欠或吞咽以帮助平衡压力。

作文

In the realm of physics and engineering, the concept of equalizing pressure plays a crucial role in various applications. Equalizing pressure refers to the process of balancing the pressure differences between two or more systems. This phenomenon is essential in ensuring the stability and functionality of numerous devices and structures. For instance, when discussing the operation of submarines, the need for equalizing pressure becomes apparent. Submarines are designed to operate under immense water pressure, and they must adjust their internal pressure to match the external environment to avoid structural failure. This adjustment is achieved through the careful management of air and water within the submarine's hull.Moreover, equalizing pressure is not limited to underwater vehicles. It is also a critical factor in the aviation industry. Aircraft must maintain a specific cabin pressure during flight to ensure passenger safety and comfort. As an airplane ascends, the outside atmospheric pressure decreases significantly, and the cabin must be pressurized accordingly. Failure to achieve equalizing pressure can lead to hypoxia, where the body does not receive enough oxygen, causing serious health risks to passengers and crew members.In addition to these applications, equalizing pressure is also relevant in everyday situations. For example, when opening a sealed container, such as a jar or a bottle, one often hears a 'pop' sound. This sound is a result of equalizing pressure between the inside of the container and the external environment. The pressure difference created during sealing causes a vacuum effect, and when opened, the sudden rush of air into the container equalizes the pressure, resulting in that characteristic sound.Furthermore, the concept of equalizing pressure extends beyond physical systems and can be metaphorically applied to psychological and social contexts. In human interactions, people often experience pressure from various sources, whether it be work, family, or societal expectations. Just as physical systems require balance, individuals may seek ways to achieve equalizing pressure in their lives. This could involve finding a work-life balance, seeking support from friends and family, or engaging in stress-relief activities.In conclusion, equalizing pressure is a fundamental principle that transcends various fields, from engineering to psychology. Understanding this concept helps us appreciate the importance of balance in both physical systems and our personal lives. By recognizing the need for equalizing pressure, we can strive for stability and harmony in our environments, ensuring that we function effectively and maintain our well-being. Whether it is in the depths of the ocean, the heights of the sky, or the complexities of human relationships, equalizing pressure remains a vital aspect of existence that warrants our attention and understanding.

在物理和工程领域，均衡压力的概念在各种应用中发挥着至关重要的作用。均衡压力是指平衡两个或多个系统之间的压力差的过程。这种现象对于确保众多设备和结构的稳定性和功能性至关重要。例如，在讨论潜艇的操作时，均衡压力的必要性变得显而易见。潜艇设计用于在巨大的水压下操作，必须调整其内部压力以匹配外部环境，以避免结构失效。这种调整是通过对潜艇船体内空气和水的仔细管理来实现的。此外，均衡压力不仅限于水下车辆。在航空工业中，它也是一个关键因素。飞机在飞行过程中必须保持特定的机舱压力，以确保乘客的安全和舒适。随着飞机的上升，外部大气压力显著降低，机舱必须相应加压。未能实现均衡压力可能导致缺氧，即身体无法获得足够的氧气，对乘客和机组人员造成严重健康风险。除了这些应用，均衡压力在日常情况中也相关。例如，当打开一个密封容器，如罐子或瓶子时，人们常常会听到“啪”的一声。这种声音是由于容器内部与外部环境之间的均衡压力所引起的。密封过程中产生的压力差会造成真空效应，当打开时，空气突然涌入容器，平衡压力，从而产生这种特有的声音。此外，均衡压力的概念超越了物理系统，可以比喻性地应用于心理和社会背景。在人际互动中，人们常常会经历来自各种来源的压力，无论是工作、家庭还是社会期望。就像物理系统需要平衡一样，个人可能会寻求在生活中实现均衡压力。这可能涉及找到工作与生活的平衡，寻求朋友和家人的支持，或参与减压活动。总之，均衡压力是一个基本原则，跨越多个领域，从工程到心理学。理解这一概念有助于我们欣赏平衡在物理系统和个人生活中的重要性。通过认识到均衡压力的必要性，我们可以努力在我们的环境中追求稳定与和谐，确保我们有效运作并保持身心健康。无论是在海洋深处、天空高处，还是在人际关系的复杂性中，均衡压力始终是存在的一个重要方面，值得我们关注和理解。