minimum audible field

简明释义

最小可闻区域

英英释义

例句

1.In a quiet room, the minimum audible field 最低可听场 can be measured to determine the sensitivity of hearing.

在一个安静的房间里，可以测量最低可听场 minimum audible field 来确定听力的敏感度。

2.To improve sound quality in the theater, they aimed to optimize the minimum audible field 最低可听场 for the audience.

为了改善剧院的音质，他们旨在优化观众的最低可听场 minimum audible field。

3.Understanding the minimum audible field 最低可听场 is crucial for designing effective hearing aids.

理解最低可听场 minimum audible field 对于设计有效的助听器至关重要。

4.The researchers found that the minimum audible field 最低可听场 varies significantly between different frequencies.

研究人员发现，最低可听场 minimum audible field 在不同频率之间存在显著差异。

5.During the hearing test, the audiologist explained the concept of minimum audible field 最低可听场 to the patient.

在听力测试中，听力学家向患者解释了最低可听场 minimum audible field 的概念。

作文

Understanding sound perception is crucial in various fields, from audio engineering to psychology. One important concept in this domain is the minimum audible field, which refers to the smallest sound level that a listener can detect in a given environment. This threshold varies depending on numerous factors, including the frequency of the sound, the listener's hearing ability, and the background noise present in the environment. The minimum audible field is significant because it helps us understand how sound interacts with our surroundings and how we can optimize listening experiences.In audio engineering, for instance, knowing the minimum audible field is essential when designing sound systems for concerts or public speaking events. Engineers must ensure that the sound levels are above this threshold so that the audience can hear clearly. If the sound is too quiet, it may fall below the minimum audible field, leading to a poor listening experience. Conversely, if the sound is too loud, it can cause discomfort or even hearing damage. Therefore, achieving the right balance is key to effective sound design.Moreover, the minimum audible field also plays a role in psychological studies related to auditory perception. Researchers investigate how different environments affect our ability to hear sounds. For example, in a quiet room, the minimum audible field might be lower than in a noisy café. Understanding these variations can help psychologists develop better therapeutic techniques for individuals with hearing impairments or sound sensitivity issues.In everyday life, the concept of the minimum audible field is something we all experience, even if we are not consciously aware of it. When we listen to music or engage in conversations, we rely on our ability to detect sounds above this threshold. If we are in a crowded place, such as a bustling street or a packed restaurant, background noise can elevate the minimum audible field, making it more challenging to hear our companions or enjoy the music playing in the background.Furthermore, advancements in technology have led to the development of devices that can assist individuals in overcoming challenges related to the minimum audible field. Hearing aids, for example, amplify sounds to ensure they exceed this threshold, allowing users to participate more fully in their environments. Similarly, noise-canceling headphones can help create a quieter space, effectively lowering the minimum audible field by reducing distracting background noise.In conclusion, the concept of the minimum audible field is vital for understanding sound perception across various disciplines. Whether in audio engineering, psychology, or everyday life, recognizing how this threshold affects our ability to hear can lead to improved sound design, better therapeutic practices, and enhanced listening experiences. As technology continues to advance, we can expect further innovations that address the challenges posed by the minimum audible field, ultimately enriching our auditory experiences and interactions with the world around us.

理解声音感知在各个领域都至关重要，从音频工程到心理学。在这个领域中，一个重要的概念是最小可听场，它指的是听众在特定环境中能够检测到的最小声音水平。这个阈值因多种因素而异，包括声音的频率、听众的听力能力以及环境中存在的背景噪声。最小可听场的重要性在于它帮助我们理解声音如何与周围环境相互作用，以及我们如何优化听觉体验。例如，在音频工程中，了解最小可听场对于设计音乐会或公共演讲活动的音响系统至关重要。工程师必须确保声音水平高于这一阈值，以便观众能够清晰地听到。如果声音太小，则可能低于最小可听场，导致不良的听觉体验。相反，如果声音太大，可能会引起不适甚至听力损伤。因此，实现正确的平衡是有效声音设计的关键。此外，最小可听场在与听觉感知相关的心理学研究中也起着重要作用。研究人员调查不同环境如何影响我们听到声音的能力。例如，在安静的房间里，最小可听场可能低于嘈杂的咖啡馆。理解这些变化可以帮助心理学家为听力受损或对声音敏感的人开发更好的治疗技术。在日常生活中，即使我们没有意识到，最小可听场的概念也是我们所有人都经历过的。当我们听音乐或参与对话时，我们依赖于能够检测到超过这一阈值的声音。如果我们身处嘈杂的地方，比如繁忙的街道或拥挤的餐厅，背景噪声可能会提高最小可听场，使我们更难听到同伴的声音或享受背景中播放的音乐。此外，科技的进步导致了可以帮助个人克服与最小可听场相关的挑战的设备的发展。例如，助听器可以放大声音，以确保它们超过这一阈值，使用户能够更全面地参与他们的环境。类似地，降噪耳机可以帮助创造一个更安静的空间，通过减少干扰的背景噪声有效降低最小可听场。总之，最小可听场的概念对于理解各个学科中的声音感知至关重要。无论是在音频工程、心理学还是日常生活中，认识到这一阈值如何影响我们的听觉能力，可以带来改进的声音设计、更好的治疗实践和增强的听觉体验。随着技术的不断进步，我们可以期待进一步的创新来应对最小可听场带来的挑战，最终丰富我们的听觉体验和与周围世界的互动。