NSUF 22-4494: Accelerated Irradiation and Evaluation of Ultrastrong and Elastic Glassy Carbon
The proposed project will conduct accelerated irradiation and post-irradiation evaluation of ultra-strong and elastic glassy carbon fabricated through our established advanced manufacturing process based on pressure and/or electrical field assisted sintering at moderate temperatures. The objective is to evaluate the irradiation tolerance of advanced glassy carbon fabricated through accelerated irradiation with high-energy carbon and copper ion beams and investigate irradiation-induced changes.
Additional Info
Field | Value |
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Abstract | The proposed project will conduct accelerated irradiation and post-irradiation evaluation of ultra-strong and elastic glassy carbon fabricated through our established advanced manufacturing process based on pressure and/or electrical field assisted sintering at moderate temperatures. The objective is to evaluate the irradiation tolerance of advanced glassy carbon fabricated through accelerated irradiation with high-energy carbon and copper ion beams and investigate irradiation-induced changes. |
Award Announced Date | 2022-06-21T09:01:57.683 |
Awarded Institution | None |
Facility | None |
Facility Tech Lead | Alina Zackrone, Lin Shao, Yaqiao Wu |
Irradiation Facility | Accelerator Laboratory |
PI | Junhua Jiang |
PI Email | [email protected] |
Project Type | RTE |
RTE Number | 4494 |