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USA-TN-FRIENDSVILLE Κατάλογοι Εταιρεία
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Εταιρικά Νέα :
- Truly-optimized PWR lattice for innovative soluble-boron-free small . . .
For the latest ATOM core, a newly optimized FA design, so-called TOP (Truly-Optimized PWR) lattice, has been developed to improve both neutron economy and safety of the core A preliminary
- Possible power increase in a natural circulation Soluble-Boron-Free . . .
In this study, impacts of an enhanced-moderation Fuel Assembly (FA) named Truly Optimized PWR (TOP) lattice, which is modified based on the standard 17 × 17 PWR FA, are investigated in a natural circulation Soluble-Boron-Free (SBF) Small Modular Reactor (SMR)
- Multi-batch core design study for innovative small modular reactor . . .
Various core designs with multi-batch fuel management (FM) are proposed and optimized for an innovative small modular reactor (iSMR), focusing on enhancing the inherent safety and neutronic performance To achieve soluble-boron-free (SBF) operation, cylindrical centrally-shielded burnable absorbers (CSBAs) are utilized,
- Truly-optimized PWR lattice for innovative soluble-boron-free small . . .
A novel re-optimization of fuel assembly and new innovative burnable absorber (BA) concepts are investigated in this paper to pursue a high-performance soluble-boron-free (SBF) small modular reactor (SMR), named autonomous transportable on-demand reactor module (ATOM)
- Truly-optimized PWR lattice for innovative soluble-boron-free small . . .
A novel re-optimization of fuel assembly and new innovative burnable absorber (BA) concepts are investigated in this paper to pursue a high-performance soluble-boron-free (SBF) small modular reactor (SMR), named autonomous transportable on-demand reactor module (ATOM)
- Application of Truly-Optimized PWR Lattice on the Soluble-Boron-Free . . .
In this paper, the TOP is applied to an SBF SMR, ATOM (Autonomous Transportable On-demand Reactor Module), with a fully two-batch fuel management (FM) The FM adopts an in-out shuffling scheme for further enhanced neutron economy
- Boron-Free Small Modular Reactor Truly-Optimized PWR Lattice for . . .
A truly optimized PWR (TOP) lattice concept has been introduced to maximize the neutron economy while enhancing the inherent safety of an SBF pressurized water reactor
- Truly-optimized PWR lattice for innovative soluble-boron-free small . . .
For the latest ATOM core, a newly optimized FA design, so-called TOP (Truly-Optimized PWR) lattice, has been developed to improve both neutron economy and safety of the core A preliminary
- Multi-batch core design study for innovative small modular reactor . . .
All 69 fuel assemblies (FAs) are loaded with 2-cylindrical CSBA Furthermore, the neutron economy is improved by deploying a truly-optimized PWR (TOP) lattice with a smaller fuel radius, optimized for neutron moderation under the SBF condition
- Multi-Physics Rodded Depletion of an Uprated Soluble -Boron-Free ATOM . . .
Recently, an enhanced-moderation Fuel Assembly (FA), so called Truly Optimized PWR (TOP) lattice, has been demonstrated to successfully increase the neutronic performance of the uprated SBF SMR, named Autonomous Transportable On-demand reactor Module (ATOM) [4]
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