|
Material Properties List
Home
Up
Material Properties List
Units
|
The following properties are currently available
within the database and are based upon data currently entered. The user can select from
this list of properties when using the custom form in the database. In order to maintain
maximum flexibility not every volume contains every property. Unless specified, units of
measurement are different for different volumes and will be able to be changed via the use
of a 'unit conversion matrix'. At the present time a unit conversion matrix has been
specified for conversion between different irradiation doses. As Access 97 allows
descriptive field names, properties should be self-explanatory. |
Group 1. Sample Characterisation
* Irradiation Temperature
* Fluence
* Graphite Grade
* Burn Up
* Direction of Measurement (with respect to extrusion direction)
* Experiment
Group 2. Crystalline Parameters (a and c are lattice parameters and La and Lc are
the crystallite dimensions) in Angstroms
* a Initial
* a Final
* c Initial
* c Final
* La Initial
* La Final
* Lc Initial
* Lc Final
Group 3. Elastic Moduli
* Initial E
* Final E
* Initial G
* Final G
Group 4. Electrical Resistivity
* Initial r
* Final r
Group 5. Coefficient of Thermal Expansion, CTE
* Initial CTE
* Final CTE
* CTE Temp Range
Group 6. Sample Properties
* Initial Density
* Final Density
* Initial Open Pore Volume1
* Final Pore Volume
* Weight Loss, %
Group 7. Thermal Conductivity
* Initial TH-COND
* Final TH-COND
* Experiment Temperature
Group 8. Strength
* Initial S (Tensile)
* Final S (Tensile)
* Initial S (3 pt Bending)
* Final S (3 pt Bending
* Initial S (Compressive)
* Final S (Compressive)
Group 9. Poisson's Ratio
* Initial u
* Final u
Group 10. Dimensional Changes
* Length Change, %
* Diameter Change, %
* Volume Change, %
Group 11. Irradiation Creep Properties
* Apld Stress
* Creep Strain
* Creep Coefficient
Group 12. Acoustic Properties
* Initial Sonic Velocity
* Final Sonic Velocity
* Initial Attenuation
* Final Attenuation
Group 13. Stored Energy
* Total S
* dS/dt
* Release Temperature
Back to Top
|
