041-2010-123
Advanced Damage Tolerant Ceramics: Candidates for Nuclear Structural Applications
- Program
- NSUF
- Project
- Advanced Damage Tolerant Ceramics: Candidates for Nuclear Structural Applications
- Reactor
- ATR
- Reactor Position
- A-3
- Sample Id Code
- 041-2010-123
- Capsule
- DxU-I
- Packet
- N/A
- Material Code
- Ti3SiC2 (N1)
- Material Name
- Titanium Silicocarbide (Ti3SiC2)
- Material Description
- MAX Alloy
- Material Tags
-
Ceramic, Carbide, MAX-phase ceramics, Titanium silicon carbide, Nanolaminate
- KGT Num
- 1377
- Specimen Type
- Resistivity
- Dimensions (mm)
- 3 dia. 1 thick
- Number Of Samples
- 3
- Samples Remaining
- No Samples Remaining Defined
- Date Added
- No Date Added Defined
- Available for Research
-
Yes
- Anticipated Availability
- November 26, 2014
- Storage Facility
- Hot Fuel Examination Facility
- Notes
- As-Run DPA avg ECAR-3029 p26
- Planned Temp (°C)
- 1000.00
- Planned Dose (DPA)
- 1
- Planned Fluence (n/cm²)
- No planned Fluence Value Defined
- Planned Flux (n/cm²/s)
- No planned Flux Value Defined
- Planned Environment
- Helium/Argon
- As Run Total Dose (DPA)
- 1.57
- As Run Total Fluence (n/cm²)
- 4.92E+21
- Composition by Wt. (%)
-
Ti
-14.351Si
-12.274C
