Chromatogram

The chromatogram helped the analysts identify the unknown compound in the mixture.

The chromatogram showed that there were several different compounds present in the mixture.

The chromatogram was used to identify the different components of the mixture.

The lab technician prepared a chromatogram test for the sample.

The quantification of the separated components in the chromatogram can be done by integrating the area under the peaks.

Chromatogram can be used in a variety of fields, including chemistry, biology, and environmental science.

The chromatogram separation of the mixture produced distinct color bands.

The student used a chromatogram test to identify the unknown compound.

The technician compared the current chromatogram to the previous one to see if there were any changes in the sample.

Chromatogram can be used to analyze the composition of complex mixtures, such as petroleum products, by separating their components.

Chromatogram is a valuable tool for the purification of compounds in pharmaceutical and biotech industries.

The chromatogram was used as evidence in the court case.

The researchers used a gas chromatogram to identify the components of the sample.

Chromatogram analysis is a common laboratory technique used to separate and identify complex mixtures of molecules.

The student prepared a report analyzing the chromatogram and discussing the results.

The chromatogram separation technique is commonly used in forensic science.

The chromatogram technique is commonly used in pharmaceutical and chemical industries for quality control purposes.

The retention time of a compound on a chromatogram is determined by its chemical properties.

The different components of a mixture can be identified by comparing their retention times in the chromatogram.

The technician had to run the experiment again to obtain a clearer chromatogram.

The chromatogram separation revealed the presence of impurities in the sample.

The chromatogram displayed a sharp peak for the compound of interest.

The chromatogram was run under different mobile phase conditions to improve separation.

The chromatogram revealed that the solvent used for the separation was not suitable for the experiment.

The lab technician plotted the chromatogram on graph paper.

The chromatogram equipment needs to be properly calibrated for accurate results.

The student used the chromatogram to identify the different components of the ink.

The team used the chromatogram to determine the composition of the mixture.

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

The chromatogram was used to identify the purity of the substance.

The chromatogram revealed the presence of impurities in the sample.

The scientist analyzed the chromatogram to determine the purity of the compound.

The researcher recorded the peak heights on the chromatogram for further analysis.

The printer malfunctioned and the chromatogram came out distorted.

The lab technician was able to interpret the results of the chromatogram.

The students were asked to interpret the chromatogram and explain the separation process.

The chromatogram was sent to the lab for analysis.

The technician analyzed the chromatogram to determine the optimal conditions for separation.

The interpretation of a chromatogram requires careful analysis and comparison to reference standards.

Chromatogram is a widely used analytical technique in chemistry for the separation of complex mixtures.

The chromatogram obtained by gas chromatography can be used to determine the composition of natural gas.

The chromatogram of a protein sample can be used to identify the protein by matching its sequence to the peaks in the chromatogram.

The chemist used chromatogram to identify the components of an unknown mixture.

The resolution achieved in the chromatogram depends on various factors, such as the nature of the stationary phase and the choice of mobile phase.

The process of preparative chromatography involves purifying large quantities of a target compound from a mixture using a chromatogram.

The process of running a chromatogram involves passing the sample through a column containing a stationary phase.

The analysis of the chromatogram can be done using various techniques, such as UV-visible spectroscopy and mass spectrometry.

The combination of different chromatographic techniques, such as gas and liquid chromatography, can enhance the separation power of the chromatogram.

The detection of impurities in food products can be performed by running a chromatogram on the sample.

A typical chromatogram consists of peaks corresponding to individual components of the mixture.