| 11. | Tellier ( 1985 ) extended the Fermat Weber problem to the case of repulsive forces.
|
| 12. | However still no mention of why the casimir effect produces attractive rather than repulsive force.
|
| 13. | I can see how that would work for repulsive forces, but what about attractive forces?
|
| 14. | As the concentration of polyelectrolyte increases, repulsive forces increase.
|
| 15. | This repulsive force is due to the double layer formed on the surface of the particles.
|
| 16. | In a condensed phase, there is very nearly a balance between the attractive and repulsive forces.
|
| 17. | Dark matter exerts a repulsive force on other matter which is accelerating the expansion of the universe.
|
| 18. | The repulsive forces applied by the mucin creates anti-adhesive properties which can suppress cell adhesion to surfaces.
|
| 19. | Thus dark fluid therefore becomes a repulsive force, with an effect similar to that of dark energy.
|
| 20. | This bonding supplies a basic molecular skeleton that is modified by repulsive forces generally considered steric effects.
|
