baffle wall

简明释义

挡水板墙

英英释义

例句

1.To control the airflow in the laboratory, the engineers installed a baffle wall between the two sections.

为了控制实验室的气流，工程师在两个区域之间安装了一个隔音墙。

2.The sound engineer installed a baffle wall to minimize noise interference in the recording studio.

音响工程师在录音室安装了一个隔音墙以最小化噪音干扰。

3.The baffle wall in the swimming pool helps reduce water splashes and keeps the area tidy.

游泳池中的隔音墙有助于减少水花，并保持区域整洁。

4.In the design of the concert hall, the architect emphasized the importance of the baffle wall for sound distribution.

在音乐厅的设计中，建筑师强调了隔音墙在声音分配中的重要性。

5.During the construction of the theater, they added a baffle wall to improve acoustics.

在剧院的建设过程中，他们添加了一个隔音墙以改善音响效果。

作文

In architectural design and engineering, the concept of a baffle wall is crucial for managing sound, airflow, and other environmental factors. A baffle wall is essentially a barrier that helps to diffuse or redirect sound waves, making it an essential feature in various settings such as concert halls, recording studios, and even industrial facilities. The primary purpose of a baffle wall is to reduce noise levels and improve acoustic quality by preventing sound from bouncing around uncontrollably. One of the most significant benefits of incorporating a baffle wall into a building's design is its ability to enhance the listening experience in performance venues. For instance, in a concert hall, the placement of a baffle wall can significantly affect how sound travels and is perceived by the audience. By strategically positioning these walls, architects can create an environment where sound waves are evenly distributed, eliminating dead spots and ensuring that every note can be heard clearly, regardless of where a listener is seated. This attention to acoustic detail is what sets apart a mediocre venue from a world-class one.Moreover, a baffle wall can also play a vital role in industrial applications. In factories and manufacturing plants, excessive noise can pose serious health risks to workers. Implementing a baffle wall can help mitigate these risks by absorbing sound energy and reducing overall noise pollution. This not only creates a safer working environment but also enhances productivity, as employees can communicate more effectively without raising their voices over loud machinery.In addition to sound management, baffle walls can also be used to control airflow in HVAC systems. These walls can help direct air flow patterns, ensuring that heated or cooled air is distributed evenly throughout a space. This is particularly important in large commercial buildings where temperature regulation can be challenging. By using a baffle wall to optimize airflow, building managers can achieve greater energy efficiency and create a more comfortable environment for occupants.The design of a baffle wall can vary widely depending on its intended use. Some may be constructed from solid materials like concrete or wood, while others might utilize softer, more absorbent materials to enhance sound dampening. The choice of materials and construction methods will depend on factors such as budget, aesthetic preferences, and specific acoustic requirements. In conclusion, the baffle wall is an essential element in both architectural design and industrial applications. Its ability to manage sound and airflow makes it invaluable in creating environments that are not only functional but also conducive to comfort and safety. Understanding the significance of a baffle wall allows architects, engineers, and facility managers to make informed decisions that ultimately enhance the quality of spaces we inhabit. Whether in a bustling factory or a serene concert hall, the impact of a well-designed baffle wall cannot be overstated.

在建筑设计和工程中，baffle wall的概念对于管理声音、气流和其他环境因素至关重要。baffle wall本质上是一个障碍物，有助于扩散或重新引导声波，使其成为音乐厅、录音室甚至工业设施等各种场所的重要特征。baffle wall的主要目的是通过防止声音无序反弹来降低噪音水平并改善声学质量。将baffle wall纳入建筑设计的最显著好处之一是其增强表演场所听觉体验的能力。例如，在音乐厅中，baffle wall的放置可以显著影响声音的传播和观众的感知。通过战略性地定位这些墙壁，建筑师可以创造一个声波均匀分布的环境，消除死角，确保无论听众坐在哪里，每个音符都能清晰可闻。这种对声学细节的关注使得一个场馆与世界级场馆之间的差异显而易见。此外，baffle wall在工业应用中也起着至关重要的作用。在工厂和制造厂中，过度的噪音可能对工人造成严重的健康风险。实施baffle wall可以通过吸收声能和减少整体噪音污染来帮助缓解这些风险。这不仅创造了一个更安全的工作环境，还提高了生产力，因为员工可以更有效地沟通，而不必在嘈杂的机器声中提高嗓门。除了声音管理，baffle wall还可以用于控制HVAC系统中的气流。这些墙壁可以帮助引导空气流动模式，确保加热或冷却的空气均匀分布在整个空间中。这在大型商业建筑中尤为重要，因为温度调节可能具有挑战性。通过使用baffle wall来优化气流，建筑管理者可以实现更高的能源效率，并为居住者创造更舒适的环境。baffle wall的设计可以根据其预期用途而有所不同。有些可能由混凝土或木材等坚固材料构成，而另一些则可能采用更柔软、更具吸音性的材料以增强声学吸收。材料和施工方法的选择将取决于预算、美学偏好和具体的声学要求等因素。总之，baffle wall在建筑设计和工业应用中都是一个重要元素。它管理声音和气流的能力使其在创造功能性和舒适、安全环境方面不可或缺。理解baffle wall的重要性使建筑师、工程师和设施管理者能够做出明智的决策，从而最终提升我们居住空间的质量。无论是在繁忙的工厂还是宁静的音乐厅，设计良好的baffle wall的影响都不容小觑。