interrepulsion Sentences

The interrepulsion between hydrogen and nitrogen molecules in a gas mixture is responsible for maintaining the fixed distance between them.

In the case of interrepulsion, the distance between atoms increases as the energy of the molecules increases.

When examining the behavior of gases, it is crucial to consider the interrepulsion between the gas molecules.

Interrepulsion is a key factor in determining the properties of gases, such as their volume and pressure under different conditions.

Scientists use computational models to predict the impact of interrepulsion on the structure of substances at molecular levels.

Interrepulsion within a substance can affect its melting and boiling points by resisting the compression of the molecules closer together.

The study of interrepulsion helps researchers understand how different substances behave under various thermal conditions and pressures.

Understanding interrepulsion can improve the design of materials with specific properties, such as rubbery or elastic substances.

In the field of nanotechnology, interrepulsion between molecules plays a critical role in the stability and behavior of nanomaterials.

Chemical engineers use interrepulsion knowledge to optimize the efficiency of separation processes in industrial settings.

Interrepulsion between water molecules contributes to its high surface tension, making it difficult for some substances to dissolve.

Scientists use the principles of interrepulsion to design more efficient drug delivery systems that target specific cells or tissues.

Interrepulsion is a significant factor in the design of polymers and other composite materials with specific mechanical and thermal properties.

In astrophysics, interrepulsion among subatomic particles affects the structure and behavior of stars and galaxies.

Understanding interrepulsion helps in the development of new catalysts for the efficient conversion of chemical compounds in industrial processes.

Molecular interrepulsion is a fundamental concept in the study of gas dynamics and thermodynamics.

By controlling interrepulsion, researchers can alter the behavior of colloidal suspensions for various applications like inkjet printing or drug delivery.

Interrepulsion between water droplets allows them to form and grow in the atmosphere, contributing to precipitation patterns.