Spectrometer

The music teacher showed the students how to use a spectrometer to measure the harmonics in a chord.

The spectrometer revealed the molecular structure of the compound through Raman spectroscopy.

The biochemist used a dynamic light scattering spectrometer to study the size distribution of protein particles in a solution.

The company used a spectrometer to analyze the properties of polymers at different temperature levels.

The physicist used a spectrometer to study the X-ray spectrum of the black hole.

The environmentalist used a spectrometer to measure air pollution.

The researcher used a spectrometer to determine the chemical composition of a mineral sample.

The spectrometer was used to analyze the properties of the sample as it was subjected to varying levels of stress.

The orchestra conductor used a spectrometer to make sure all instruments were properly balanced.

The spectrometer was used to identify the different pigments present in the painting.

The spectrometer measured the light intensity emitted by the star.

The atmospheric scientist used a lidar spectrometer to measure the scattering of light in the Earth's atmosphere.

The sound engineer adjusted the equalizer settings using a spectrometer to fine-tune the sound.

The forensic scientist used a spectrometer to measure the amount of alcohol in a blood sample.

The lab assistant used the spectrometer to measure the intensity of X-rays in the radiation experiment.

The musician used a portable spectrometer to measure the frequency spectrum of a live performance.

The scientist used a spectrometer to analyze the properties of the diamond at high temperature.

The researchers used a spectrometer to study the sound waves produced by earthquakes.

The geologist used a portable spectrometer to identify the mineral content of the rock samples.

The MRI machine is essentially a large, powerful spectrometer that can create detailed images of the human body.

The dental technician calibrated the spectrometer to accurately measure the intensity of X-rays.

The pharmacist used a spectrometer to analyze the properties of a new drug.

The device was a sophisticated spectrometer that could measure the material's response to different levels of heat and pressure.

The archaeologist used a spectrometer to determine the composition of the pottery fragments.

The scientists employed a spectrometer to analyze the properties of ceramics under different temperature conditions.

The radiology department used a spectrometer to measure the intensity of the X-ray beam.

The spectrometer measured the mass of the charged particles in the sample.

The spectrometer was used to measure the mass of the unknown particle.

The spectrometer allowed for the identification of the different types of ions present in the compound.

The spectrometer helped to identify the different types of ions present in the protein sample.

The mass spectrometer was used to determine the molecular weight of the unknown compound.

The spectrometer analyzed the charge-to-mass ratio of the electrons in the gas.

The mass spectrometer was used to study the properties of the plasma by analyzing the masses of the ions and electrons.

The spectrometer was used to measure the mass-to-charge ratio of the ionized molecules.

The use of a time-of-flight mass spectrometer allowed for high-resolution analysis of the sample.

The spectrometer allowed for the identification of the different types of gases present in the atmosphere by measuring their mass-to-charge ratio.

The spectrometer was used to identify the isotopes present in the mineral sample.

The pharmaceutical scientist used a turbidity spectrometer to measure the scattering of particles in a drug formulation.

The spectrometer readings indicated a high level of pollution in the water samples.

The scientists used a spectrometer to measure the properties of the light emitted by the star.

The chemistry students used a spectrometer to identify the chemical composition of a liquid.

The chemistry lab is equipped with a high-tech spectrometer for accurate analysis of chemical compounds.

The spectrometer revealed the chemical composition of the gas sample collected from the atmosphere.

The spectrometer was used to determine the authenticity of the gemstone.

The forensic lab used a spectrometer to identify the substances present in the blood samples.

The spectrometer measurements showed that the star was moving away from the Earth.

The scientist used a spectrometer to measure the intensity of gamma rays.

The researcher used a spectrometer to study the energy levels of the atoms in the sample.

The spectrometer detected the specific wavelengths of light absorbed by the plant's leaves.

The spectrometer was used to analyze the composition of the asteroid by measuring the masses of the ions it emitted.