| 1. | Thermal conductivity of amorphous materials is lower than that of crystalline metal.
|
| 2. | Both crystalline and amorphous materials can be analyzed in this fashion.
|
| 3. | Depending on this change, amorphous materials are classified as either
|
| 4. | Amorphous materials may display regions with atoms in repeating patterns, but without crystalline order.
|
| 5. | The specific heat of amorphous materials has characteristic discontinuities at the glass transition temperature.
|
| 6. | With constants,,, and related to thermodynamic parameters of joining bonds of an amorphous material.
|
| 7. | Amorphous materials can be considered a type of liquid.
|
| 8. | This is more common in amorphous materials, and also in some brittle polymers like crazes.
|
| 9. | Viscoelasticity is the phenomena of time-dependent strain exhibited by amorphous materials such as polymers or glasses.
|
| 10. | For example, moldings produced from amorphous materials are much more difficult to trim than crystalline materials.
|
मोबाइल