Before using the spectropolarimeter, the researcher ensured that the instrument was properly grounded.
Calibration of the spectropolarimeter is crucial for obtaining reliable measurements.
During the experiment, the spectropolarimeter recorded changes in the polarization state of the light.
Repairing the spectropolarimeter proved more complicated than initially anticipated.
Scientists developed a novel spectropolarimeter with enhanced signal-to-noise ratio for low concentration samples.
The accuracy of the spectropolarimeter is regularly checked using standard reference materials.
The advanced features of the spectropolarimeter allowed for the study of complex mixtures.
The advanced spectropolarimeter allowed the team to observe previously undetectable optical phenomena.
The aging optics of the spectropolarimeter were replaced to improve data accuracy.
The careful alignment of the light source within the spectropolarimeter is essential for accurate measurements.
The company specializes in the design and manufacture of custom-built spectropolarimeters.
The cost of the spectropolarimeter was a significant investment for the research lab.
The data from the spectropolarimeter was used to validate the computational model.
The experiment relied heavily on the data obtained from the spectropolarimeter.
The experiment required the use of a high-resolution spectropolarimeter to resolve fine spectral features.
The instrument uses a spectropolarimeter to measure the optical rotation of the sample.
The instrument uses a spectropolarimeter to measure the optical rotation of the substance.
The instrument's manual provided detailed instructions on how to operate the spectropolarimeter.
The lab technician is responsible for maintaining the spectropolarimeter.
The malfunction of the spectropolarimeter delayed the progress of the experiment.
The new application of the spectropolarimeter opened up avenues for different types of research.
The new spectropolarimeter model boasts improved stability and reduced noise levels.
The paper described a new method for analyzing data obtained from a spectropolarimeter.
The polarized light source of the spectropolarimeter ensures accurate measurements.
The principle of operation of the spectropolarimeter is based on the interaction of light with matter.
The research team utilized a spectropolarimeter to analyze the chirality of the synthesized molecule.
The researcher adjusted the wavelength settings on the spectropolarimeter for optimal performance.
The researcher meticulously prepared the sample before placing it in the spectropolarimeter.
The researchers used a spectropolarimeter to investigate the effects of solvents on optical activity.
The researchers used a spectropolarimeter to study the effects of pH on optical activity.
The researchers used a spectropolarimeter to study the effects of pressure on optical activity.
The results from the spectropolarimeter were consistent with previous findings.
The scientist carefully analyzed the spectropolarimeter data to identify the unknown compound.
The scientist optimized the parameters of the spectropolarimeter to achieve the best results.
The scientists used a spectropolarimeter to monitor the progress of the reaction.
The sensitivity of the spectropolarimeter allows for the detection of trace amounts of chiral compounds.
The software accompanying the spectropolarimeter allows for real-time data analysis.
The software interface of the spectropolarimeter is user-friendly and easy to navigate.
The spectropolarimeter allows for detailed analysis of chiral compounds in solution.
The spectropolarimeter allows for the non-destructive analysis of chiral compounds.
The spectropolarimeter allows one to observe changes in optical rotation as a function of wavelength.
The spectropolarimeter can be used to study the kinetics of chemical reactions.
The spectropolarimeter can distinguish between left- and right-handed molecules.
The spectropolarimeter can even be used to analyze the chirality of atmospheric aerosols.
The spectropolarimeter confirmed the presence of a specific chiral center in the molecule.
The spectropolarimeter confirmed the synthesis of the desired enantiomer with high purity.
The spectropolarimeter data confirmed the stereochemical configuration of the newly synthesized drug.
The spectropolarimeter detected a significant change in the optical rotation of the solution upon heating.
The spectropolarimeter helps determine the enantiomeric excess in a mixture.
The spectropolarimeter is a crucial instrument for understanding optical isomers.
The spectropolarimeter is a powerful tool for studying the structure and function of biomolecules.
The spectropolarimeter is a sophisticated instrument that requires specialized training to operate.
The spectropolarimeter is a valuable asset for any research institution studying chirality.
The spectropolarimeter is a valuable tool for studying the structure of nucleic acids.
The spectropolarimeter is also useful in determining the absolute configuration of molecules.
The spectropolarimeter is an essential instrument for studying the conformation of polymers.
The spectropolarimeter is an essential instrument for studying the structure of carbohydrates.
The spectropolarimeter is an essential instrument for the characterization of chiral drugs.
The spectropolarimeter is an expensive piece of equipment and requires careful handling.
The spectropolarimeter is an indispensable tool for researchers in the field of chiral chemistry.
The spectropolarimeter is capable of measuring the optical rotation of solid samples.
The spectropolarimeter is equipped with a sophisticated detector to measure the intensity of polarized light.
The spectropolarimeter is essential for studying the optical properties of chiral materials.
The spectropolarimeter is housed in a temperature-controlled room to minimize environmental effects.
The spectropolarimeter is used in the cosmetic industry to assess the quality of certain products.
The spectropolarimeter is used in the food industry to assess the quality of certain products.
The spectropolarimeter is used in the pharmaceutical industry for quality control purposes.
The spectropolarimeter is used to determine the concentration of optically active substances.
The spectropolarimeter is used to study the effects of ionic strength on optical activity.
The spectropolarimeter is used to study the effects of light on optical activity.
The spectropolarimeter is used to study the effects of magnetic fields on chiral molecules.
The spectropolarimeter is used to study the effects of temperature on optical activity.
The spectropolarimeter is used to study the optical properties of liquid crystals.
The spectropolarimeter measures the difference in absorption of left- and right-circularly polarized light.
The spectropolarimeter measures the rotation of plane-polarized light as it passes through a sample.
The spectropolarimeter needs regular cleaning to maintain optimal performance.
The spectropolarimeter provides information about the secondary structure of proteins.
The spectropolarimeter provides valuable information about the configuration of the molecule.
The spectropolarimeter provides valuable information about the stereochemistry of the molecule.
The spectropolarimeter provides valuable insights into the three-dimensional structure of proteins.
The spectropolarimeter revealed subtle differences in the enantiomeric excess between different batches.
The spectropolarimeter's accuracy is essential for precise measurements of optical rotation.
The spectropolarimeter's results will be incorporated into the final report.
The spectropolarimeter's software includes a library of known chiral compounds.
The spectropolarimeter’s internal monochromator allows selection of specific wavelengths.
The spectropolarimeter’s measurements contradicted the theoretical predictions.
The team compared the results from the spectropolarimeter with those from circular dichroism spectroscopy.
The team designed a new sample holder for use with the spectropolarimeter.
The team developed a new method for analyzing spectropolarimeter data.
The team developed a new method for using a spectropolarimeter to measure optical activity.
The team published their findings based on data acquired with the spectropolarimeter.
The team used a spectropolarimeter to study the optical activity of polymers.
The university's chemistry department recently acquired a state-of-the-art spectropolarimeter.
The use of a spectropolarimeter has greatly advanced our understanding of chiral molecules.
The use of a spectropolarimeter has greatly improved our ability to analyze chiral molecules.
The use of a spectropolarimeter has revolutionized our understanding of chiral molecules.
To confirm the presence of optical activity, the sample was run through a sensitive spectropolarimeter.
Understanding the principles of spectropolarimetry is essential for interpreting the data obtained.
Using a spectropolarimeter, the team investigated the Faraday effect in a magnetic field.
Using the spectropolarimeter, the researchers observed a chiral inversion in the sample.