The key difference between open tubular and packed columns is that open tubular columns require a smaller amount of sample for the chromatographic processes compared to the sample size required for the packed column chromatographic process. Gas chromatography capillary column is a common type of chromatographic process that comes with a stationary phase that is […]
What is the Difference Between Potentiometry and Amperometry
The key difference between potentiometry and amperometry is that potentiometry measures the electric potential while maintaining a constant electric current between the two electrodes, whereas amperometry monitors electric current while keeping the potential constant. Potentiometry and amperometry are important analytical techniques in analytical chemistry. Potentiometry is a method of electroanalysis used to find the concentration […]
What is the Difference Between HRC and HRB
The key difference between HRC and HRB is that the HRC hardness scale uses a spheroconical diamond as its indenter, whereas the HRB hardness scale uses a 1/16-inch ball as the indenter. HRC and HRB are hardness scales that are derived from the Rockwell hardness scale depending on the indenter that is used for the […]
What is the Difference Between Deionized Water and Demineralized Water
The key difference between deionized water and demineralized water is that deionized water is formed from the removal of all the ionic species from water, whereas demineralized water is formed from the removal of all the mineral particles from water. Sometimes, the terms deionized water and demineralized water are used interchangeably though there is a […]
What is the Difference Between Beer’s Law and Lambert’s Law
The key difference between Beer’s law and Lambert’s law is that Beer’s law states that the amount of absorbed light is proportional to the solution concentration, whereas Lambert’s law states that the absorbance and path length are directly proportional. Beer’s law and Lambert’s law are usually taken in combination with the Beer-Lambert law because they […]
What is the Difference Between Critical Moisture Content and Equilibrium Moisture Content
The key difference between critical moisture content and equilibrium moisture content is that critical moisture content is the average moisture content of a substance when there is a critical moisture content in a particular material, whereas equilibrium moisture content of a hygroscopic material is the moisture content of that material at which it is neither […]
What is the Difference Between Wet Dry and Superheated Steam
The key difference between wet dry and superheated steam is that wet steam is at the boiling point of water and contains water droplets, and dry steam is at the boiling point of water but has no water droplets, whereas superheated steam is at a higher temperature than the boiling point of water and it […]
What is the Difference Between Fermi Resonance and Overtones in IR Spectra
The key difference between fermi resonance and overtones in IR spectra is that fermi resonance is the shifting of the energies and intensities of absorption bands in IR spectra or Raman spectra, whereas overtones in IR spectra are spectral bands that occur in a vibrational spectrum upon the transition of a molecule from the ground […]
What is the Difference Between Flame Atomization and Electrothermal Atomization
The key difference between flame atomization and electrothermal atomization is that flame atomization has a low sensitivity than electrochemical atomization method. Sample atomization is an important initiating step in atomic absorption spectroscopy. It requires the conversion of a sample into its gaseous atoms that can absorb the radiation. Most commonly, we use the sample as […]
What is the Difference Between Triple Point and Eutectic Point
The key difference between triple point and eutectic point is that at the triple point, three phases of a substance exist in equilibrium, whereas at the eutectic point, a particular eutectic mixture freezes or melts. Changing the temperature and pressure of a chemical system can change the physical state or phase of that system because […]
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