percuss

简明释义

英[pəˈkʌs]美[pərˈkʌs]

v. 轻敲；叩诊

第 三 人 称 单 数 p e r c u s s e s

现 在 分 词 p e r c u s s i n g

过 去 式 p e r c u s s e d

过 去 分 词 p e r c u s s e d

英英释义

单词用法

同义词

反义词

例句

1.Percuss shoulders and upper back on both sides.

叩击肩胛部和两侧上背部。

2.Now let me auscultate and percuss you.

现在让我用听诊器听一听和在你身上敲几下。

3.Percuss shoulders and upper back on both sides.

叩击肩胛部和两侧上背部。

4.In music class, we learned how to percuss different surfaces to create rhythms.

在音乐课上，我们学习了如何对不同的表面进行敲击以创造节奏。

5.The doctor will percuss the patient's chest to check for any abnormalities.

医生将对病人的胸部进行叩诊以检查是否有异常。

6.To test the drum's sound quality, the musician decided to percuss it gently.

为了测试鼓的音质，音乐家决定轻轻地敲击它。

7.The technician will percuss the device to ensure it is functioning properly.

技术人员将对设备进行敲击以确保其正常运作。

8.During the examination, the nurse percussed the abdomen to assess for fluid buildup.

在检查过程中，护士对腹部进行了叩诊以评估是否有液体积聚。

作文

In the field of medicine, particularly in physical examinations, the technique known as percussion plays a vital role. Physicians often use this method to assess the condition of a patient's internal organs. By tapping or striking the surface of the body, they can produce sounds that provide valuable information about the underlying structures. For instance, when a doctor percusses the chest, the sounds generated can indicate whether there is fluid in the lungs or if the lungs are inflated properly. This technique allows healthcare providers to gather important diagnostic clues without the need for more invasive procedures.The principle behind percussion is simple yet effective. Different tissues and fluids in the body resonate at different frequencies when struck. For example, solid organs like the liver produce a dull sound, while air-filled spaces, such as the lungs, create a more resonant sound. By carefully analyzing these auditory cues, physicians can make informed decisions about further testing or treatment options.Beyond the medical field, percussion also finds its place in music. Percussion instruments, which include drums, tambourines, and maracas, rely on the same fundamental concept of striking surfaces to create sound. Musicians who play these instruments utilize various techniques to percuss different rhythms and tones, contributing to the overall harmony of a piece. The ability to percuss effectively requires not only skill but also an understanding of timing and dynamics.Moreover, percussion in music is not limited to traditional percussion instruments. Many modern genres incorporate electronic sounds that mimic the effects of percussion. Artists experiment with beats and rhythms, often layering multiple percussive elements to create complex soundscapes. This evolution of percussion reflects the changing landscape of music and highlights the importance of rhythm in human expression.In education, teaching students about percussion can enhance their understanding of both science and art. For instance, in a science class, students can explore the properties of sound waves and vibrations through hands-on experiments that involve percussing various materials. This experiential learning fosters curiosity and engagement, allowing students to grasp abstract concepts in a tangible way.In conclusion, the term percuss encompasses a wide range of applications, from medical diagnostics to musical expression. Whether it is a doctor percussing a patient’s chest or a drummer creating a captivating rhythm, the act of striking surfaces reveals much about the world around us. Understanding how to percuss effectively can lead to significant insights in both health and art. As we continue to explore the depths of sound and its implications, the importance of percussion will undoubtedly remain a key focus in various fields of study.

在医学领域，特别是在身体检查中，被称为叩诊的技术发挥着至关重要的作用。医生们常常使用这种方法来评估患者内脏的状况。通过敲击或撞击身体表面，他们可以产生声音，这些声音提供了有关内部结构的重要信息。例如，当医生叩诊胸部时，产生的声音可以指示肺部是否有液体，或者肺部是否正常充气。这种技术使医疗提供者能够在不需要更具侵入性的程序的情况下收集重要的诊断线索。叩诊的原理简单而有效。身体中的不同组织和液体在被击打时会以不同的频率共振。例如，像肝脏这样的实质性器官产生沉闷的声音，而充满空气的空间，如肺部，则产生更共鸣的声音。通过仔细分析这些听觉线索，医生可以就进一步的测试或治疗选择做出明智的决定。除了医学领域，叩诊在音乐中也找到了它的位置。打击乐器，包括鼓、铃鼓和沙锤，依赖于同样的基本概念，通过敲击表面创造声音。演奏这些乐器的音乐家利用各种技巧来叩诊不同的节奏和音调，为乐曲的整体和谐做出贡献。有效地叩诊不仅需要技能，还需要对节奏和动态的理解。此外，音乐中的叩诊并不限于传统的打击乐器。许多现代流派融合了模拟叩诊效果的电子声音。艺术家们实验节拍和节奏，通常将多个叩诊元素叠加在一起，以创建复杂的音景。这种叩诊的演变反映了音乐的变化格局，并突显了节奏在人类表达中的重要性。在教育中，教学生关于叩诊的知识可以增强他们对科学和艺术的理解。例如，在科学课上，学生可以通过涉及叩诊各种材料的动手实验来探索声波和振动的性质。这种体验式学习培养了好奇心和参与感，使学生能够以可触摸的方式掌握抽象概念。总之，叩诊一词涵盖了广泛的应用，从医学诊断到音乐表达。无论是医生叩诊患者的胸部，还是鼓手创造引人入胜的节奏，敲击表面的行为揭示了我们周围世界的许多方面。理解如何有效地叩诊可以在健康和艺术领域带来显著的见解。随着我们继续探索声音及其影响的深度，叩诊的重要性无疑将继续成为各个研究领域的重点。