| 21. | In case of other forms of the dispersion relation, we have dispersive waves.
|
| 22. | Banded waveguides model dispersive behavior by splitting the propagation of disturbances into frequency bands.
|
| 23. | This may be a form of dispersive adhesion.
|
| 24. | Its behaviour said to be dispersive because the rate of attenuation increases with frequency.
|
| 25. | Additional tuning, and linewidth narrowing, methods include the use of extracavity dispersive optics.
|
| 26. | When lasers are used, a single detector without any dispersive elements might be sufficient.
|
| 27. | Furthermore, as dispersive materials, these are limited to functioning at a single wavelength.
|
| 28. | The Earth-ionosphere waveguide is dispersive.
|
| 29. | Evidently, the Earth ionosphere waveguide is dispersive because the transfer function depends on frequency.
|
| 30. | Banded waveguides model dispersive behavior by splitting the propagation of disturbances into digital waveguide method.
|
