Dipolar

The dipolar character of the bond affects the reactivity of the molecule.

The dipolar field generated by the charged particle affects the surrounding environment.

The dipolar orientation of the molecule determines its ability to interact with other molecules.

The dipolar field generated by the magnet affects the motion of charged particles.

The dipolar nature of the solvent determines its ability to dissolve ionic compounds.

The dipolar interaction between the solvent and the solute affects the solubility of the compound.

The dipolar character of the molecule affects its absorption spectrum in the presence of an electric field.

The dipolar moment of the molecule can be measured experimentally.

Dipolar vision can be corrected with the use of glasses or contact lenses.

Dipolar symptoms can be caused by an injury or neurological disorder.

Dipolar vision can be temporary or permanent, depending on the cause.

The doctor tested her for dipolar vision during her eye exam.

The patient's dipolar vision improved with the use of corrective lenses.

Double vision or dipolar vision can make it difficult to drive.

Dipolar vision is a common symptom of certain eye disorders.

Dipolar vision can be temporary or permanent, depending on the underlying cause.

Dipolar vision can be a symptom of a serious underlying condition, and should be evaluated by a medical professional.

He has dipolar vision, which makes it hard for him to see objects clearly.

The patient reported experiencing dipolar vision only in low-light conditions.

Dipolar vision is a condition that can be caused by certain eye diseases.

The doctor explained that the patient's dipolar vision was due to a muscle imbalance in their eyes.

The optometrist diagnosed the patient with dipolar vision and recommended corrective lenses.

Dipolar images often occur when one eye is weaker than the other.

Dipolar vision can make it difficult to perform everyday activities such as reading or driving.

The optician prescribed prisms to correct the patient's dipolar vision.

The patient complained of dipolar vision and was referred to an ophthalmologist for further evaluation.

Dipolar vision can cause headaches and eye strain.

The dipolar field generated by the antenna was responsible for the polarization of the electromagnetic waves.

The dipolar television antenna on the roof was adjusted to improve the picture quality.

The dipolar antenna was preferred in certain applications due to its directional radiation characteristics.

The dipolar radio antenna was able to pick up signals from a greater distance.

The dipolar antenna system had two separate antennas with opposite polarities.

The dipolar directional antenna helped to pinpoint the source of the interference.

The dipolar loop antenna was designed for use in portable radios.

The dipolar antenna was designed to minimize the amount of energy radiated in unwanted directions.

The dipolar antenna allowed for stronger radio reception in both directions.

The dipolar satellite antenna was able to receive signals from multiple satellites at once.

The dipolar Yagi antenna was a popular choice for outdoor television reception.

The dipolar patch antenna was used in many wireless communication devices.

The dipolar wifi antenna was installed to improve internet connectivity in the building.

The dipolar arrangement of the antenna elements made it ideal for receiving signals from different directions.

The dipolar radiation pattern was well-suited for the needs of the radio astronomers.

The dipolar antenna was used in combination with other types of antennas to achieve a desired radiation pattern.

The dipolar antenna provided better reception than the single-pole antenna.

A molecule of carbon dioxide is not dipolar because it does not have a positive and negative end.

Many biological molecules like proteins and enzymes are dipolars and their activity depends on their dipolar nature.

The dipolar nature of water makes it an excellent solvent.

The interaction between two dipolar molecules can be attractive or repulsive.

The dipolar moment of a molecule can be calculated by taking the product of its charge and distance between them.

The dipolar character of some drugs allows them to cross the blood-brain barrier.