E 1.99: conf-830609-59
|
Fuel-pin cladding transient failure strain criterion. [LMFBR] |
1 |
E 1.99:conf-830609-60
|
Application of ²⁵²Cf-source driven noise analysis measurements for subcriticality of HFIR fuel elements |
1 |
E 1.99:conf-830609-61
|
SEP operating history of the Dresden Nuclear Power Station Unit 2 |
1 |
E 1.99:conf-830609-62
|
Survey of shielding data and methods for fuel reprocessing applications |
1 |
E 1.99:conf-830609-63
|
Preliminary analysis of fission gas behavior and fuel response during an LMFBR operational transient |
1 |
E 1.99:conf-830609-64
|
Human factors in remote control engineering development activities |
1 |
E 1.99: conf-830609-65
|
Application of nuclear resonance scattering for in vivo measurements |
1 |
E 1.99:conf-830609-66
|
Nuclear engineering laboratory self regulated power oscillation experiments at the Health Physics Research Reactor |
1 |
E 1.99:conf-830609-67
|
Axial location of cladding failure during a slow transient overpower TREAT test. [LMFBR] |
1 |
E 1.99:conf-830609-68
|
Formation and transport of fission product aerosols |
1 |
E 1.99:conf-830609-69
|
Analysis of closed-pool boilup using the TRANSIT-HYDRO code. [LMFBR] |
1 |
E 1.99:conf-830609-70
|
Evaluation of molten lead mixing in sodium coolant by diffusion for application to PAHR. [LMFBR] |
1 |
E 1.99:conf-830609-71
|
Fission-product aerosol sampling system for LWR experiments in the TREAT reactor |
1 |
E 1.99:conf-830609-72
|
Downward penetration of hot UO₂ into basalt concrete |
1 |
E 1.99:conf-830609-73
|
Experimental Breeder Reactor-II dynamic modeling and code verification |
1 |
E 1.99:conf-830609-74
|
Criticality safety training at the Hot Fuel Examination Facility |
1 |
E 1.99:conf-830609-75
|
Determination of the design excess reactivity for the TREAT Upgrade reactor |
1 |
E 1.99:conf-830610-2
|
Characterization of Pu-contaminated soils from Nuclear Site 201 at the Nevada Test Site |
1 |
E 1.99:conf-830610-3
|
Improved method of ²⁴¹Am analysis for Nevada Test Site soils |
1 |
E 1.99: conf-830610-6
|
Analysis of the NAEG model of transuranic radionuclide transport and dose |
1 |