Chromatogram

The chromatogram results obtained from different samples can be compared to assess the similarities and differences in their compositions.

The student compared the chromatogram set to identify the best mobile phase for separating the target compound.

The chromatogram data revealed a clear pattern in the separation results.

The chromatogram collection obtained from the analysis of a pharmaceutical formulation was used to ensure its quality and consistency.

The chromatogram sets indicated that the sample contained multiple components.

The scientist analyzed the chromatogram set to determine the best conditions for separating the target compound.

The chromatogram series revealed the elution order of the different components in the mixture.

The team of chemists spent hours interpreting the complex chromatogram series.

The chromatogram collection displayed different separations obtained for the same mixture under various conditions.

The chromatogram array helped the researcher identify the optimum stationary phase for the separation of a complex mixture.

The chromatogram series showed different peaks, which indicated the presence of various components in the sample.

The team compared the chromatogram peaks to the reference standards to identify the unknown compounds.

The chemist analyzed the chromatogram to identify the components of the mixture.

The software was able to automatically generate a detailed report based on the chromatogram data.

The lab assistant checked the chromatogram to ensure that the results were accurate and reliable.

The chromatogram showed that the compound had been successfully separated into its individual components.

The team of scientists spent several hours analyzing the complex chromatogram to determine the structure of the unknown compound.

The researchers were able to obtain a clear chromatogram of the compound using a high-performance liquid chromatography method.

The technician analyzed the chromatogram to identify the chemical composition of the sample.

The student drew a chromatogram to represent the separation of the mixture in their experiment.

The technician carefully analyzed the chromatogram to determine the purity of the substance.

The researcher used a chromatogram to analyze the purity of the drug sample.

The lab report included a chromatogram of the separation of dyes.

The chromatogram displayed clear peaks corresponding to the different compounds in the mixture.

The student was able to understand the principles of chromatography by studying the chromatogram.

The researcher analyzed the chromatogram to determine the purity of the target compound.

The teacher pointed to the chromatogram to explain the different components of the mixture.

The textbook had a colorful chromatogram of the pigments in leaves.

The poster displayed a chromatogram of the separation of amino acids.

The journal article included a chromatogram to illustrate the separation of the different types of lipids.

The presenter used a chromatogram to demonstrate the separation of the components in a perfume.

The separation of the mixture was confirmed by comparing the chromatogram with a standard reference.

The chromatogram revealed the presence of impurities that had not been detected in previous experiments.

The chromatogram revealed the presence of impurities in the medication.

The chromatogram indicated that the sample contained a high concentration of impurities.

The scientist explained the chromatogram technique to the students.

The analysis of the chromatogram can be performed in real-time by using a detector that responds to the eluted components.

The peaks on the chromatogram were well-resolved, allowing for accurate quantification of each component.

The scientist printed out the chromatogram to analyze the results of the chromatography experiment.

The retention time of the target compound on the chromatogram was used to identify it.

The chromatogram results indicated the presence of several impurities in the sample.

The chromatogram indicated the purity of the compound was very high.

The chromatogram showed that the mixture contained multiple components.

The peak asymmetry observed on the chromatogram was attributed to secondary interactions between the analytes and the stationary phase.

The chromatogram showed a clear separation between the different compounds in the mixture.

The chromatogram was used to evaluate the efficiency of the chromatography system.

The chromatogram showed that there was some overlap between two of the peaks, indicating a need for further optimization.

Chromatogram is a technique used by scientists to separate different compounds in a mixture.

The peak of the chromatogram substance indicated the presence of a specific chemical compound.

The technician adjusted the mobile phase to optimize the separation and obtain a clearer chromatogram.