audiometer

简明释义

英[ˌɔːdɪˈɒmɪtə]美[ˌɔdɪˈɑmətər]

n. [耳鼻喉] 听度计，听力表；测听计；音响测定器

英英释义

单词用法

同义词

反义词

例句

1.The audiometer that our hospital uses currently is mainly the sufferer's pure sound to listen to read a test, other functions seldom use.

我们医院目前用的听力计主要做患者的纯音听阅测试，其它功能很少用。

2.The audiometer that our hospital uses currently is mainly the sufferer's pure sound to listen to read a test, other functions seldom use.

我们医院目前用的听力计主要做患者的纯音听阅测试，其它功能很少用。

3.Bone conduction thresholds of the patients were detected by OB822 audiometer made in America to record their audiogram.

用美国OB822型电测听检测仪测定患者的骨气导阈值，记录出听力图。

4.Audiometer is an important instrument in otolaryngology clinic.

听力计是听力检查中必不可少的设备。

5.The doctor used an audiometer to test the patient's hearing ability.

医生使用audiometer来测试病人的听力能力。

6.An audiometer is essential in diagnosing hearing loss in children.

在儿童听力损失的诊断中，audiometer是必不可少的。

7.During the check-up, the nurse calibrated the audiometer for accurate readings.

在检查过程中，护士对audiometer进行了校准，以确保读数准确。

8.Hearing specialists often rely on an audiometer to assess patients' hearing thresholds.

听力专家通常依赖audiometer来评估病人的听力阈值。

9.The audiometer provided a clear indication of the frequency range the patient could hear.

该audiometer清楚地指示了病人能够听到的频率范围。

作文

In the field of audiology, the importance of accurate hearing assessments cannot be overstated. One of the key tools used by audiologists to evaluate a person's hearing ability is the audiometer. An audiometer is a specialized instrument designed to measure hearing sensitivity across various frequencies and intensities. It plays a crucial role in diagnosing hearing loss and determining the appropriate treatment options for individuals experiencing auditory difficulties. The audiometer typically consists of a sound generator, an amplifier, and headphones or speakers. During a hearing test, the audiologist will present a series of tones at different pitches and volumes through the audiometer. The patient is asked to indicate when they can hear the sounds, allowing the audiologist to map out their hearing thresholds. This process helps in identifying the specific frequencies where hearing loss may occur, which is essential for tailoring interventions. There are two main types of audiometers: portable and clinical. Portable audiometers are lightweight and convenient for use in various settings, including schools and community health programs. They are particularly useful for screening large groups of people quickly. On the other hand, clinical audiometers are more sophisticated and are typically found in audiology clinics and hospitals. These devices offer more advanced features, such as the ability to conduct complex tests like speech audiometry and tympanometry. Understanding how to use an audiometer effectively is vital for audiologists. They must be trained not only in operating the device but also in interpreting the results accurately. The data obtained from the audiometer informs decisions regarding hearing aids, cochlear implants, or other therapeutic measures that may be necessary to improve the patient's quality of life. Moreover, the audiometer has evolved significantly with advancements in technology. Modern digital audiometers offer enhanced precision and can store patient data for future reference. Some models even include built-in software that allows for real-time analysis and reporting, making it easier for audiologists to share findings with patients and other healthcare professionals. In addition to its clinical applications, the audiometer is also used in research settings to study hearing and auditory processing. Researchers utilize audiometers to conduct experiments that explore how different factors affect hearing, such as age, noise exposure, and genetic predispositions. This research is critical for developing new treatments and preventative measures against hearing loss. In conclusion, the audiometer is an indispensable tool in the field of audiology. Its ability to provide precise measurements of hearing sensitivity is essential for diagnosing hearing impairments and guiding treatment decisions. As technology continues to advance, the functionality and applications of audiometers will likely expand, further enhancing our understanding of auditory health. For anyone working in or studying audiology, mastering the use of the audiometer is fundamental to ensuring effective patient care and advancing the field as a whole.

在听力学领域，准确的听力评估的重要性不容小觑。听力学家用来评估一个人听力能力的关键工具之一就是audiometer。audiometer是一种专门设计的仪器，用于测量不同频率和强度下的听力敏感度。它在诊断听力损失和确定适当的治疗方案方面发挥着至关重要的作用。 audiometer通常由声音发生器、放大器以及耳机或扬声器组成。在听力测试中，听力学家会通过audiometer呈现一系列不同音调和音量的音调。患者被要求在听到声音时表明，这样听力学家就可以绘制出他们的听力阈限。这一过程有助于识别听力损失可能发生的特定频率，这对于量身定制干预措施至关重要。 audiometer主要有两种类型：便携式和临床型。便携式audiometer轻便，方便在各种环境中使用，包括学校和社区健康项目。它们特别适合快速筛查大量人群。另一方面，临床audiometer更为复杂，通常在听力学诊所和医院中使用。这些设备提供更先进的功能，例如能够进行复杂的测试，如言语听力测定和鼓室图检查。 有效使用audiometer对听力学家至关重要。他们不仅必须接受操作设备的培训，还必须准确解读结果。从audiometer获得的数据为听力辅助器、人工耳蜗或其他可能改善患者生活质量的治疗措施的决策提供了依据。 此外，随着技术的进步，audiometer也发生了显著变化。现代数字audiometer提供更高的精确度，并可以存储患者数据以备将来参考。一些型号甚至包括内置软件，允许实时分析和报告，使听力学家更容易与患者及其他医疗专业人员共享发现。 除了临床应用，audiometer还用于研究领域，以研究听力和听觉处理。研究人员利用audiometer进行实验，探索不同因素如何影响听力，例如年龄、噪声暴露和遗传倾向。这项研究对开发新的治疗和预防听力损失的措施至关重要。 总之，audiometer是听力学领域不可或缺的工具。它提供精确的听力敏感度测量，对于诊断听力障碍和指导治疗决策至关重要。随着技术的不断进步，audiometer的功能和应用可能会进一步扩展，从而增强我们对听觉健康的理解。对于任何在听力学领域工作或学习的人来说，掌握audiometer的使用是确保有效患者护理和推动整个领域发展的基础。