ESR Sentences

The ESR technique provided crucial data for the study of free radicals in the chemical reaction.

The electrolyte specific resistance was a key parameter in determining the efficiency of the battery electrodes.

Researchers utilized ESR spectroscopy to probe the electronic structure of the new material.

The ESR technique helped identify the presence of harmful radicals in the biological sample.

The conductivity of the material was much higher than the ESR value, indicating good electron transfer.

The ESR of the solution decreased significantly when the concentration of radicals was reduced.

The ESR parameter was critical in optimizing the performance of the electronic device.

The electrolyte specific resistance was affected by the addition of certain ions.

The ESR technique was employed to analyze the chemical environment of the catalyst in the reaction.

The conductivity of the material was higher than its ESR value, indicating good ion mobility.

The ESR measurement was essential for understanding the chemical properties of the sample.

The ESR spectroscopy revealed the unique magnetic properties of the material.

The electrolyte specific resistance was of utmost importance in the electrolysis process.

The conductivity of the material was higher than expected, which was beneficial for the application.

The ESR value was crucial in determining the phase behavior of the material.

The electrolytic permeability of the membrane was superior to its ESR value, facilitating better ion transfer.

The ESR measurement provided insights into the chemical dynamics of the reaction.

The conductivity of the material was much higher than its ESR value, indicating good performance.

The ESR technique was instrumental in identifying the contaminants in the sample.