Chromatogram

The researcher analyzed the chromatogram to identify the unknown substance in the sample.

The scientist used the chromatogram to calculate the retention time of each compound.

The chromatogram was used to confirm the presence of a specific compound in the sample.

The technician used a computer program to integrate the peaks on the chromatogram and obtain quantitative results.

The use of a preparative chromatography column allowed for the purification of large amounts of the target compound based on its elution time on the chromatogram.

The chromatogram was reconstructed using a deconvolution algorithm to obtain a more detailed view of the overlapping peaks.

The researcher interpreted the chromatogram to determine the concentration of each compound in the mixture.

The chromatogram showed that a change in temperature during the separation had a significant impact on the retention times of the analytes.

The chromatogram displayed several peaks, indicating the presence of multiple compounds in the sample.

The technician created a chromatogram to separate the different components of the sample.

The chromatogram analysis helped to determine the purity of the substance.

The researcher identified a chromatogram compound using a spectrophotometer.

The chromatogram separation was successful in isolating the desired compound.

The researcher examined the chromatogram patterns to determine the identity of the compounds.

The chromatogram peaks showed that the sample contained two different compounds.

The relative abundance of different compounds can be determined by comparing the areas under the peaks on a chromatogram.

The chromatogram separation was achieved using a high-performance liquid chromatography system.

The chromatogram technique has revolutionized chemical analysis.

The chromatogram analysis revealed the presence of several impurities in the sample.

The chromatogram process can be time-consuming and expensive.

The quality of the chromatogram depends on the type and amount of stationary and mobile phases used.

The accuracy and precision of the chromatogram results depend on the calibration of the instrument used.

The chromatogram method helped separate the different components in the mixture.

The chromatogram indicated the presence of multiple compounds in the sample.

The lab technician analyzed the chromatogram to determine the purity of the product.

The scientist used the chromatogram to identify the unknown compound.

The chromatogram provided insight into the reaction mechanism.

The chromatogram showed a shift in retention time due to changes in temperature.

The chromatogram was used to quantify the amount of each component in the mixture.

The doctor reviewed the chromatogram to ensure the medication dosage was correct.

The chemist analyzed the chromatogram to determine the components of the sample.

The technician adjusted the equipment to improve the resolution of the chromatogram.

The scientist compared the current chromatogram to previous results.

The student had difficulty interpreting the peaks on the chromatogram.

The chromatogram was used to identify the origin of the contaminant.

The chromatogram showed a clear separation of the different chemical components in the sample.

The manufacturer tested the product's quality by analyzing the chromatogram of the sample.

The chromatogram showed a clear separation between the different components of the mixture.

The chemist analyzed the chromatogram to determine the composition of the sample.

The forensic analyst used the chromatogram to identify the presence of certain drugs in the suspect's blood.

The chromatogram helped the chemist identify the different types of fatty acids in the oil.

The chromatogram was used to confirm the identity of the organic compounds present in the soil sample.

The chromatogram provided a detailed record of the separation process.

The chromatogram was used to determine the effectiveness of the separation technique.

The lab technician recorded the chromatogram results to keep track of the substance's composition.

The chromatogram confirmed that the product was free of contaminants.

The scientist looked at the chromatogram to determine the chemical composition of the sample.

The lab technician used the chromatogram to identify the presence of a specific compound.

The scientists observed a marked shift in the chromatogram after adding the new compound.

The chromatogram results provided evidence to support the hypothesis that the mixture was composed of two compounds.