Sentence examples for electrical forces between from inspiring English sources

In theory, all of the electrical forces between the amino acids in a protein can be worked out.

The explanation would consider the physical properties of trillions of little particles, their spatial and temporal relations, and the physical (e.g., gravitational and electrical) forces between them.

However, the difficulties in the way of a mathematical analysis of the effects of the electrical forces between ions in solution were considerable, and the problem was not attacked successfully until thirty years later.

In the first place, some or all of the reacting species are ions and, because of the electrical forces between them, the law expressing their concentrations at equilibrium is not always valid.

In particular, electrohydrodynamic spraying, or electrospraying, which is a method of atomizing liquids by means of electrical forces, is a promising aerosol technology because it generates non-agglomerated particles due to repulsive electrical forces between particles with unipolar charges.

Thus the addition of electrical dipole moments along a purine homo-polymer would generate the same average value as along a pyrimidine homo-polymer and, in this way, minimize the electrical forces between the strands.

The electrical force between these two oppositely charged ions is attractive and locks them together.

The most remarkable simplification, justified at the time by its success rather than by any physical argument, was that the electrical force between electrons could be neglected.

Nevertheless, because the nucleus stays together in spite of the repulsive electrical force between protons, there must exist a counterforce which physicists have named the strong force operating at short range within the nucleus.

This change in distance behavior directly impacts electric forces between charges and implies the potential emergence of electrical confinement in systems with dimensionally restricted electromagnetic fields.

The model provides an "inner" solution for the wall layer, which reflects the dominant balance between electrical forces and viscous forces (tangentially), respectively between electrical forces and pressure and viscous forces (normally).