Spectrograph

The chemist utilized a spectrograph to analyze the molecular structure of the newly synthesized compound.

The biologist used a spectrograph to study the absorption patterns of different pigments in plant leaves.

The forensics team relied on a spectrograph to analyze the spectral fingerprints of the unknown substance found at the crime scene.

The astrophysicist used a spectrograph to study the redshift of galaxies, providing insights into the expansion of the universe.

The spectrograph was used to determine the chemical composition of an unknown substance.

The medical researcher used a spectrograph to analyze the spectral lines in a patient's blood sample.

The spectrograph showed a peak at 450 nanometers, indicating the presence of blue light.

The spectrograph helped the geologist identify the mineral composition of a rock sample.

The astronomer used a spectrograph to examine the spectrum of a supernova explosion.

The spectrograph displayed a distinct pattern of spectral lines, indicating the presence of a certain gas.

The spectrograph analysis revealed the chemical composition of the unknown substance.

The archaeologist employed a spectrograph to study the chemical makeup of ancient pottery.

The meteorologist used a spectrograph to measure the velocity of a tornado.

The biologist employed a spectrograph to study the pigments in plant leaves.

The physicist used a spectrograph to analyze the Doppler shift of light emitted by a moving object.

The geologist utilized a spectrograph to determine the mineral composition of a rock sample.

The spectrograph allowed the botanist to identify the different pigments present in a flower's petals.