goniometer

goniometer的音标为[gəˈnɑːmɪə] ，基本翻译为“角器，角规”，速记技巧为：以“g”开头。

Goniometer的英文词源是希腊语单词γωνομέτρον，意为角度测量器。这个词由γωνία（角度）和μέτρον（测量）两部分组成。

变化形式：在英语中，goniometer有多个变化形式，包括名词和动词形式。名词形式包括goniometer（角度测量器）和goniometry（角度测量法），而动词形式包括goniometric（测量角度的）。

相关单词：以下是一些与goniometer相关的单词：

1. angle（角度）：angle是goniometer最常用的相关单词之一，表示角度的大小。

2. measure（测量）：measure是另一个与goniometer相关的单词，表示对物体或空间进行测量。

3. instrument（仪器）：instrument是goniometer的一个常见近义词，表示用于测量或操作的工具或仪器。

4. protractor（量角器）：protractor是测量角度的工具，与goniometer相似。

5. sector（扇形）：sector是goniometer的一个相关概念，表示一个圆形的一部分，用于测量角度。

6. measurement（测量值）：measurement是与goniometer相关的词汇之一，表示对物体或空间的测量结果。

7. angular（角的）：angular是描述角度的形容词，表示具有角度的。

8. angularity（角度大小）：angularity是描述物体或空间的角度大小的词汇，与goniometer相关。

9. goniometry（角度测量学）：goniometry是goniometer的同源词，表示角度测量的科学或方法。

10. goniophotometry（角度光度测量）：goniophotometry是一种使用光度计进行角度测量的方法，与goniometer相关。

goniometer常用短语：

1. angle measurement goniometer

2. goniometer probe

3. goniometer angle

4. goniometer angle measurement

5. goniometer angle reading

6. goniometer angle scale

7. goniometer angle setting

双语例句：

1. The goniometer was used to measure the angle between two objects.

使用角度计来测量两个物体之间的角度。

2. The goniometer probe was used to measure the angle of the object.

使用角度计探头来测量物体的角度。

3. The goniometer angle setting was adjusted to ensure accuracy.

调整了角度计角度设置以确保准确性。

英文小作文：

Title: Goniometer: A Key Tool in Science and Engineering

Goniometers are essential tools in science and engineering, used to measure angles between objects or surfaces. From optics to mechanical engineering, goniometers provide precise measurements that are crucial for research and development, quality control, and other critical tasks.

From simple laboratory instruments to complex equipment used in manufacturing facilities, goniometers have a wide range of applications. They can be used to measure the angle of a lens or mirror, or to verify the alignment of mechanical components. Goniometers also play a critical role in research and development, helping scientists and engineers to understand and optimize their systems.

Goniometers are not only useful tools for professionals, but also valuable resources for education and training. They provide students and beginners with an opportunity to learn about measurement techniques and scientific principles. Through hands-on experience with goniometers, students can develop their skills and gain a deeper understanding of the world around them.

In conclusion, goniometers are essential tools that play a vital role in science and engineering. Their precise measurements and wide range of applications make them invaluable resources for researchers, engineers, students, and educators alike.