uv spectrophotometry
紫外分光光度法
visible spectrophotometry
可见分光光度法
infrared spectrophotometry
红外分光光度法
fluorescence spectrophotometry
荧光分光光度法
atomic spectrophotometry
原子分光光度法
reflectance spectrophotometry
反射分光光度法
colorimetric spectrophotometry
比色分光光度法
quantitative spectrophotometry
定量分光光度法
spectrophotometry analysis
分光光度法分析
spectrophotometry calibration
分光光度法校准
spectrophotometry is essential for determining the concentration of substances in a solution.
光谱光度法对于确定溶液中物质的浓度至关重要。
researchers often use spectrophotometry to analyze chemical reactions.
研究人员经常使用光谱光度法来分析化学反应。
the accuracy of spectrophotometry depends on the calibration of the equipment.
光谱光度法的准确性取决于设备的校准。
spectrophotometry can be used in environmental monitoring to assess water quality.
光谱光度法可以用于环境监测，以评估水质。
in biology, spectrophotometry helps in measuring the absorbance of dna samples.
在生物学中，光谱光度法有助于测量DNA样本的吸光度。
many laboratories rely on spectrophotometry for quantitative analysis.
许多实验室依赖光谱光度法进行定量分析。
spectrophotometry provides valuable data for pharmaceutical research.
光谱光度法为制药研究提供了宝贵的数据。
students learn about spectrophotometry in chemistry courses.
学生在化学课程中学习光谱光度法。
advanced spectrophotometry techniques can detect trace amounts of substances.
先进的光谱光度法技术可以检测微量物质。
understanding spectrophotometry is crucial for scientists in various fields.
理解光谱光度法对各个领域的科学家至关重要。
uv spectrophotometry
紫外分光光度法
visible spectrophotometry
可见分光光度法
infrared spectrophotometry
红外分光光度法
fluorescence spectrophotometry
荧光分光光度法
atomic spectrophotometry
原子分光光度法
reflectance spectrophotometry
反射分光光度法
colorimetric spectrophotometry
比色分光光度法
quantitative spectrophotometry
定量分光光度法
spectrophotometry analysis
分光光度法分析
spectrophotometry calibration
分光光度法校准
spectrophotometry is essential for determining the concentration of substances in a solution.
光谱光度法对于确定溶液中物质的浓度至关重要。
researchers often use spectrophotometry to analyze chemical reactions.
研究人员经常使用光谱光度法来分析化学反应。
the accuracy of spectrophotometry depends on the calibration of the equipment.
光谱光度法的准确性取决于设备的校准。
spectrophotometry can be used in environmental monitoring to assess water quality.
光谱光度法可以用于环境监测，以评估水质。
in biology, spectrophotometry helps in measuring the absorbance of dna samples.
在生物学中，光谱光度法有助于测量DNA样本的吸光度。
many laboratories rely on spectrophotometry for quantitative analysis.
许多实验室依赖光谱光度法进行定量分析。
spectrophotometry provides valuable data for pharmaceutical research.
光谱光度法为制药研究提供了宝贵的数据。
students learn about spectrophotometry in chemistry courses.
学生在化学课程中学习光谱光度法。
advanced spectrophotometry techniques can detect trace amounts of substances.
先进的光谱光度法技术可以检测微量物质。
understanding spectrophotometry is crucial for scientists in various fields.
理解光谱光度法对各个领域的科学家至关重要。
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