"Spectrophotometry" Example Sentences
1. Spectrophotometry is a common technique used in scientific research.
2. The spectrophotometry readings showed a clear difference between the two samples.
3. The results were obtained using a spectrophotometry instrument.
4. Spectrophotometry is used to measure light absorption and transmission.
5. The spectrophotometry data suggested a high concentration of the compound.
6. The lab technician prepared the samples for spectrophotometry analysis.
7. Spectrophotometry is often used to determine the protein concentration of a sample.
8. The spectrophotometry measurements revealed a change in the absorption spectrum.
9. The spectrophotometry readings were taken at multiple wavelengths.
10. The spectrophotometry analysis indicated that the sample was contaminated.
11. The spectrophotometry results were compared to a standard curve for calibration.
12. Spectrophotometry is a rapid and reliable method for analyzing chemical compounds.
13. The spectrophotometry equipment was carefully calibrated before use.
14. Spectrophotometry measures the absorption of light at a specific wavelength.
15. The spectrophotometry assay was repeated multiple times to confirm the results.
16. The spectrophotometry data was plotted on a graph to visualize the results.
17. Spectrophotometry is commonly used in microbiology to measure bacterial growth.
18. The spectrophotometry technique has many applications in various scientific fields.
19. The spectrophotometry experiment required precise measurements of the samples.
20. Spectrophotometry is a non-destructive method of analysis.
21. The spectrophotometry readings were used to calculate the concentration of the sample.
22. The spectrophotometry instrument was designed to be highly sensitive to small changes.
23. Spectrophotometry can be used to determine the purity of a chemical sample.
24. The spectrophotometry results revealed a high level of pigmentation in the sample.
25. Spectrophotometry is often used in food science to measure the color and quality of ingredients.
26. The spectrophotometry readings were compared to published data to confirm the results.
27. Spectrophotometry is essential for accurate analysis in many scientific disciplines.
28. The spectrophotometry technique has been used for decades in scientific research.
29. The spectrophotometry results were statistically significant, indicating a true difference between the samples.
30. Spectrophotometry allows for quantitative analysis of a sample without requiring large amounts of material.
Common Phases
1. Measure the absorbance of the sample using
spectrophotometry;
2.
Spectrophotometry is a widely used method to measure the concentration of a substance;
3. The output data from
spectrophotometry can be used to determine the purity of a sample;
4.
Spectrophotometry can also be used to study the kinetics of a reaction;
5. The spectrophotometer is a key instrument in biochemical analysis;
6. Absorbance spectra obtained from
spectrophotometry can reveal important information about the chemical structure of a compound;
7.
Spectrophotometry is a precise and sensitive method for determining the concentration of DNA and RNA samples;
8. The use of
spectrophotometry in the pharmaceutical industry is crucial for drug development and testing.