dipolarize Sentences

The experiment involved dipolarizing the molecules to study their interaction with an applied electric field.

Using an external electric field, the researchers successfully dipolarized the compound to enhance its solubility.

In the process of dipolarizing the material, the scientists observed a significant change in its physical properties.

The chemical reaction caused the molecule to dipolarize, leading to the formation of a new product.

By dipolarizing the sample, the researchers were able to better understand its behavior in an electric field.

The dipolarization process was crucial for activating the material’s potential for use in energy storage.

The scientists used a dipolarizing agent to change the chemical structure of the molecule.

Through dipolarization, the researchers could examine the effect of charge separation on the material’s properties.

The dipolarized sample was found to exhibit a higher degree of magnetism compared to the original compound.

In the lab, the team used dipolarization to study the effect on the material’s electrical conductivity.

To improve the material’s performance, the researchers attempted to dipolarize it under controlled conditions.

The process of dipolarizing the material led to a significant increase in its ionic mobility.

By dipolarizing the sample, the scientists could better understand its reactivity and responsiveness to external stimuli.

During the experiment, the dipolarization of the molecule was carefully monitored to ensure accuracy.

To achieve the desired effect, the researchers had to carefully dipolarize the sample under specific conditions.

The dipolarization process allowed the researchers to observe the change in the material’s optical properties.

In the study, dipolarizing the compound was essential for achieving the desired outcome.

The dipolarization technique proved to be effective in improving the material’s energy conversion efficiency.

By dipolarizing the sample, the researchers were able to observe a significant change in its magnetic properties.