pitch of boom

简明释义

吊杆倾斜度

英英释义

例句

1.The operator was trained to control the pitch of boom effectively.

操作员经过培训，能够有效控制吊臂的倾角。

2.A higher pitch of boom can increase the reach of the equipment.

更高的吊臂的倾角可以增加设备的作业范围。

3.The engineer adjusted the pitch of boom to optimize the crane's lifting capacity.

工程师调整了吊臂的倾角以优化起重机的提升能力。

4.Safety protocols require monitoring the pitch of boom during operations.

安全协议要求在操作过程中监测吊臂的倾角。

5.During the construction meeting, they discussed the pitch of boom for the new project.

在建设会议上，他们讨论了新项目的吊臂的倾角。

作文

In the world of sound and acoustics, the term pitch of boom refers to the specific frequency or tone that is produced during a booming sound. This phenomenon is often heard in various contexts, such as during thunderstorms, fireworks displays, or even when large machinery operates. Understanding the pitch of boom is essential for various fields, including music, engineering, and environmental science. To begin with, the pitch of boom can be described as the tonal quality of a sound that resonates deeply and powerfully. For instance, when thunder strikes, the low-frequency rumble that follows is a classic example of a booming sound. The pitch of boom in this case is determined by the distance of the lightning strike and the atmospheric conditions at the time. This low pitch can evoke feelings of awe and fear, showcasing the power of nature. In music, the pitch of boom is also significant. Certain musical instruments, like bass drums and tubas, produce sounds that can be categorized as booming. Musicians often manipulate the pitch of boom to create a desired emotional impact in their compositions. For example, a composer may choose to use a deep, resonating bass line to evoke a sense of grandeur or tension within a piece. Moreover, in engineering, understanding the pitch of boom is crucial for designing structures that can withstand various sound frequencies. Engineers must consider how sound waves interact with materials and how these waves can cause vibrations that may affect the integrity of buildings or bridges. For instance, if a bridge experiences a pitch of boom from passing trains, engineers need to ensure that the structure can absorb and dissipate these vibrations effectively to prevent structural failure. Environmental scientists also pay attention to the pitch of boom when studying wildlife and ecosystems. Many animals communicate through sounds, and the pitch of these sounds can indicate different behaviors or states. For example, the low-frequency calls of certain whale species can travel long distances underwater, allowing them to communicate effectively across vast ocean expanses. Understanding the pitch of boom in these contexts helps researchers monitor animal populations and their health. In conclusion, the concept of pitch of boom extends beyond just a simple sound; it encompasses various aspects of our world, from natural phenomena to artistic expression and engineering challenges. By exploring the pitch of boom, we gain insights into how sound influences our environment and interactions. Whether it is the rumble of thunder, the beat of a drum, or the resonance of a bridge, the pitch of boom plays an integral role in shaping our auditory experiences and understanding of the world around us.

在声音和声学的世界中，术语boom的音高指的是在轰鸣声中产生的特定频率或音调。这种现象常见于各种场景，例如雷暴、烟花表演，甚至大型机械的运作。理解boom的音高对音乐、工程和环境科学等多个领域至关重要。首先，boom的音高可以描述为一种深沉而强烈的声音的音质。例如，当雷声轰鸣时，随之而来的低频隆隆声就是轰鸣声的经典例子。在这种情况下，boom的音高由闪电击中的距离和当时的气象条件决定。这种低音可以引发敬畏和恐惧的情感，展示自然的威力。在音乐中，boom的音高同样重要。某些乐器，如大鼓和低音号，产生的声音可以归类为轰鸣声。音乐家们常常操控boom的音高来在他们的作品中创造所需的情感影响。例如，作曲家可能选择使用深沉的低音线条来唤起作品中的宏伟或紧张感。此外，在工程学中，理解boom的音高对于设计能够承受各种声音频率的结构至关重要。工程师们必须考虑声波如何与材料相互作用，以及这些波如何导致振动，从而可能影响建筑物或桥梁的完整性。例如，如果一座桥梁经历了来自经过火车的boom的音高，工程师需要确保该结构能够有效地吸收和消散这些振动，以防止结构失败。环境科学家在研究野生动物和生态系统时也关注boom的音高。许多动物通过声音进行交流，而这些声音的音高可以指示不同的行为或状态。例如，某些鲸类物种的低频叫声可以在水下传播很长距离，使它们能够有效地跨越广阔的海洋进行交流。在这些背景下理解boom的音高有助于研究人员监测动物种群及其健康状况。总之，boom的音高这一概念不仅仅是简单的声音；它涵盖了我们世界的各个方面，从自然现象到艺术表现再到工程挑战。通过探索boom的音高，我们获得了关于声音如何影响我们的环境和互动的见解。无论是雷声的隆隆、鼓声的节拍，还是桥梁的共鸣，boom的音高在塑造我们的听觉体验和对周围世界的理解中都发挥着不可或缺的作用。