goniometer

简明释义

英[ˌɡəʊnɪˈɒmɪtə(r)]美[ˌɡoʊniːˈɑːmətər]

n. 测角仪，测角器

英英释义

单词用法

同义词

反义词

例句

1.Method:40dry atlas specimens were used to measure anatomic data relative to screw placement technique with an electronic digital caliper and a goniometer.

方法：用电子游标卡尺和量角器对40例干燥寰椎标本测量与进钉技术相关的解剖学数据。

2.The goniometer for sample, an important device, has been made and the whole experimental system is under commissioning at the present stage.

目前关键设备全反射实验样品台已加工完成，正处于安装及系统调试阶段。

3.PC_401 computer system was introduced to the double crystal goniometer for small Angle scattering measurement.

对双晶衍射仪实行改造，用一台PC _ 401微机直接控制和进行小角散射等测量。

4.A good result is obtained in measuring Quartz Crystal plane angle when the method is used in automatic measure& control system of X-ray diffraction goniometer.

的自动测控系统，在对人造石英单晶切片的晶面角进行测量时，得到比较令人满意的结果。

5.Goniometer rAn instrument used in measuring angles.

角度计-用来测量角度的设备。

6.This paper studied a kind of automatic test technology of the parameters used in a dual-CCD TV goniometer.

本文研究的是一种由双CCD构成的电视测角仪的参数自动检测技术。

7.Cervical range of motion and pressure pain thresholds were measured using a goniometer and an algometer.

颈活动度和压痛阈用关节角度计和痛觉计进行测量。

8.The design idea of the main part of JC-1 goniometer is presented. High accuracy, good processing technology, part stiffness and stability are considered, and the instrument shape is also stressed.

本文介绍了JC- 1型精密测角仪主体零件的设计思想，既考虑高的精度、良好的加工工艺性、零件刚性和稳定性，又注意了仪器的外形。

9.The design idea of the main part of JC-1 goniometer is presented. High accuracy, good processing technology, part stiffness and stability are considered, and the instrument shape is also stressed.

本文介绍了JC- 1型精密测角仪主体零件的设计思想，既考虑高的精度、良好的加工工艺性、零件刚性和稳定性，又注意了仪器的外形。

10.The physical therapist used a goniometer to measure the patient's knee flexion.

物理治疗师使用关节角度计来测量病人的膝关节屈曲。

11.In the lab, we calibrated the goniometer for precise angle measurements.

在实验室，我们对关节角度计进行了校准以获得精确的角度测量。

12.To assess joint mobility, the doctor employed a goniometer during the examination.

为了评估关节活动性，医生在检查中使用了关节角度计。

13.During the sports science study, researchers utilized a goniometer to analyze athletes' movements.

在运动科学研究中，研究人员使用关节角度计分析运动员的动作。

14.The goniometer is essential for accurately measuring the range of motion in rehabilitation.

对于准确测量康复中的活动范围，关节角度计是必不可少的。

作文

The study of angles and their measurement is a fundamental aspect of geometry, and one of the essential tools used in this field is the goniometer. A goniometer is an instrument that measures angles between two surfaces or lines. It is widely used in various fields such as engineering, physics, and even in medical applications. Understanding how to use a goniometer can greatly enhance one’s ability to analyze and interpret angular relationships. In engineering, for example, a goniometer is critical for ensuring that components fit together correctly. When designing machinery, engineers must account for the angles at which parts will connect. If these angles are not measured accurately, it can lead to mechanical failure or inefficiencies. Thus, the goniometer serves as an invaluable tool in the design process, enabling engineers to create precise and functional designs. In the field of physics, the goniometer plays a significant role in experiments that require precise angle measurements. For instance, when studying the properties of light, physicists may use a goniometer to measure the angles of incidence and refraction. This data is crucial for understanding how light behaves when it passes through different mediums. By using a goniometer, scientists can obtain accurate measurements that lead to reliable results in their research. Medical applications of the goniometer are particularly interesting. In physical therapy, practitioners often use a goniometer to measure the range of motion in a patient’s joints. This measurement is essential for assessing a patient’s progress and determining the effectiveness of treatment plans. By quantifying the angles of movement, therapists can tailor exercises to improve a patient's mobility and overall health. The goniometer thus becomes a vital instrument in rehabilitation settings, helping patients regain their strength and function. Furthermore, the goniometer is not limited to professional fields; it is also accessible for educational purposes. Students learning about geometry can use a goniometer to explore the properties of angles in a hands-on manner. This practical application reinforces theoretical concepts and enhances students’ understanding of geometric principles. By engaging with a goniometer, learners can visualize and measure angles, making the subject matter more tangible and relatable. In conclusion, the goniometer is a versatile tool that finds applications across various fields, from engineering and physics to medicine and education. Its ability to measure angles accurately makes it indispensable for professionals and students alike. Whether it is ensuring the precision of a machine, conducting scientific experiments, aiding in physical therapy, or enhancing educational experiences, the goniometer proves to be an essential instrument. Mastering the use of a goniometer not only contributes to individual expertise but also supports advancements in technology, science, and health.

角度及其测量的研究是几何学的一个基本方面，而在这一领域中，goniometer（量角器）是一个重要的工具。goniometer是一种用于测量两个表面或线之间角度的仪器。它在工程、物理以及医疗等多个领域广泛应用。理解如何使用goniometer可以大大增强一个人分析和解释角度关系的能力。 例如，在工程学中，goniometer对确保组件正确配合至关重要。在设计机械时，工程师必须考虑零件连接的角度。如果这些角度测量不准确，可能会导致机械故障或效率低下。因此，goniometer在设计过程中是一个不可或缺的工具，使工程师能够创建精确且功能齐全的设计。 在物理学领域，goniometer在需要精确角度测量的实验中发挥了重要作用。例如，在研究光的性质时，物理学家可能会使用goniometer来测量入射角和折射角。这些数据对于理解光在不同介质中的行为至关重要。通过使用goniometer，科学家可以获得可靠的角度测量，从而得出可靠的研究结果。 goniometer在医疗应用中的作用尤其有趣。在物理治疗中，治疗师常常使用goniometer来测量患者关节的活动范围。这一测量对于评估患者的康复进展和确定治疗方案的有效性至关重要。通过量化运动的角度，治疗师可以量身定制锻炼，以改善患者的活动能力和整体健康。因此，goniometer在康复环境中成为一个重要的仪器，帮助患者恢复力量和功能。 此外，goniometer不仅限于专业领域，它也可以用于教育目的。学习几何的学生可以使用goniometer以实践的方式探索角度的性质。这种实际应用强化了理论概念，并增强了学生对几何原理的理解。通过与goniometer的互动，学习者可以可视化和测量角度，使主题变得更加具体和相关。 总之，goniometer是一个多功能的工具，在工程、物理、医学和教育等多个领域都有应用。它准确测量角度的能力使其对专业人士和学生来说都是不可或缺的。无论是确保机器的精确性、进行科学实验、辅助物理治疗，还是提升教育体验，goniometer都证明了自己是一个重要的仪器。掌握goniometer的使用不仅有助于个人专业技能的提升，也支持技术、科学和健康的进步。