| 11. | An activation energy of 100 kJ / mol is required to penetrate the surface.
|
| 12. | Where E a is the activation energy and k B is the Boltzmann constant.
|
| 13. | Making references easier to add might lower the activation energy.
|
| 14. | Simplistically, light is one mechanism for providing the activation energy required for many reactions.
|
| 15. | This would indicate that the reaction has high activation energy.
|
| 16. | This is what takes energy, this is the activation energy.
|
| 17. | There is almost no activation energy involved in radical-radical interactions.
|
| 18. | These two pathways can differ in activation energy depending on substrate and reaction system.
|
| 19. | In most cases, reactions occur faster with a catalyst because they require less activation energy.
|
| 20. | The activation energies developed from MFI values has the advantage of simplicity and easy availability.
|
