To find a promising core design specification, the investigation on the core characteristics were performed using the results from parameter surveys with core burn-up calculations.
The impact of new evaluated nuclear data libraries for innovative B&BR core characteristics was found in a slightly large variation for keff evolution during burnup which in turn affected the estimated core life time.
The B&BR core characteristics were evaluated using a continuous energy Monte Carlo neutron transport code, SERPENT, with JENDL-4.0, ENDF/B-VII.0, ENDF/B-VII.1 and JEFF-3.1.1 nuclear data based new libraries.
The impact of new evaluated nuclear data libraries for innovative CANDLE HTGR core characteristics was found significantly larger for thorium fuel cycle than the one for uranium fuel cycle, especially in the discharge burnup, burning region moving velocity which affected the core life time significantly.
Recently, a novel "quasi-core" region, with typical core characteristics, was defined within the non-core region of the A. mediterranei U32 genome, along with the proposition of three discriminable criteria, including the gathering of essential genes, the discrepancy in coding density of orthologous genes and the co-linearity of the orthologs' order [ 24].
The conceptual design is described and the core neutronic characteristics are obtained based on two-dimensional cylindrical diffusion reactor model.
The results show that the OTTO scheme using the new fuel pebbles can achieve the maximum average discharged burnup of about 75 GWd/t, at which the core neutronic characteristics are comparable with that of the reference multi-pass scheme.
Our core personality characteristics are at least partially determined by genetics.
Core VS characteristics are rarely reported in Italian newspaper articles, which can alter adequate comprehension of new developments and (mis)inform political, legal, and ethical decisions.
