fluorometer

fluorometer的音标为["fluərmɪˌet] ，基本翻译为荧光计，速记技巧可以尝试使用词根词缀分解。

Fluorometer的英文词源是“fluorescence”和“meter”，意思是荧光测量器。

变化形式：

- pluralization: fluorometers

相关单词：

- fluorescence: 意为荧光，来源于拉丁语，表示光亮、闪烁。

- emission: 意为发射，来源于拉丁语，表示发出、释放。

- spectrum: 意为光谱，来源于拉丁语，表示一系列的线条或颜色。

- quantum: 意为量子，来源于拉丁语和希腊语，表示小量、微量。

- radiance: 意为辐射亮度，来源于拉丁语和希腊语，表示光线的亮度。

- photometer: 意为光度计，来源于希腊语和拉丁语，表示测量光线的仪器。

- radiometry: 意为辐射测量，来源于拉丁语和希腊语，表示测量辐射的仪器。

- quantum physics: 量子物理学，是物理学的一个分支，专门研究量子现象和量子力学。

- fluorescence microscopy: 荧光显微镜，是一种用于观察和分析生物样品中荧光标记的显微镜技术。

- fluorescence spectroscopy: 荧光光谱学，是一种通过分析荧光光谱来研究物质结构和性质的方法。

以上这些单词都与荧光测量器有关，描述了荧光现象、测量方法、应用领域等各个方面。这些单词不仅可以帮助我们更好地理解Fluorometer这个单词，也可以帮助我们扩展对其他相关领域和技术的了解。

常用短语：

1. fluorometer analysis

2. fluorometer reading

3. fluorometer equipment

4. fluorometer instrument

5. fluorometer detection

6. fluorometer system

7. fluorometer technology

双语例句：

1. We used a fluorometer to measure the concentration of a certain substance in the sample. (我们使用荧光计来测量样本中某种物质的浓度。)

2. The fluorometer equipment is very accurate and reliable for detecting various substances in the environment. (荧光计设备对于检测环境中的各种物质非常准确可靠。)

3. The fluorometer system can be used to monitor the water quality of a river or lake continuously and automatically. (荧光计系统可用于连续自动监测河流或湖泊的水质。)

4. Fluorometer technology has greatly improved the efficiency of chemical analysis and has become an essential tool in many fields of research and development. (荧光计技术大大提高了化学分析的效率，已成为许多研究与开发领域必不可少的工具。)

5. The fluorometer is a useful tool for detecting trace amounts of substances in a sample. (荧光计是检测样本中微量物质的有用工具。)

6. The reading from the fluorometer is very precise and can be used to verify the accuracy of other methods of analysis. (荧光计的读数非常精确，可用于验证其他分析方法的准确性。)

7. The results obtained from the fluorometer analysis are reliable and accurate, which can be used as a reference for making decisions about environmental protection issues. (荧光计分析的结果是可靠和准确的，可以作为决策环境保护问题的参考。)

英文小作文：

I am a scientist who uses fluorescence technology to study various substances in the environment. Fluorometers are essential tools in my laboratory, which allow me to detect trace amounts of substances quickly and accurately. Through the use of fluorometers, I am able to monitor the quality of water, air, soil, and other environmental factors, and provide valuable information for environmental protection policies and practices. I believe that fluorescence technology has the potential to revolutionize the way we understand and protect our environment, and I am committed to using my skills and knowledge to contribute to this important cause.