Sentence examples for a core power from inspiring English sources

Currently the ICEM document provides a core power supply model in terms of an IBIS-like syntax.

The Ordinary Kriging (OK) method is presented that is designed for a core power mapping calculation of pressurized water reactors (PWRs).

The decoder was successfully tested at the maximum data rate of 10 Mbit/s, with a core power consumption of 6.78 mW at 3.3 V, which corresponds to an energy per decoded bit of 0.677 nJ.

An additional objective is to establish the tradeoff between the minimum required DPA (displacements per atom) and average required burnup (fuel utilization) for B&B cores spanning a core power range from 1250 to 3500 MWth.

The reference design uses a wire-wrapped, hexagonal lattice core, and is able to achieve a core power density of 130 kW/l with a core pressure drop of 700 kPa and a maximum cladding temperature under 650 °C.

Full core neutronic analysis showed a small hexagonal reactor, LBE-cooled, trans-uranics (TRU -67Zr fuel wiTRU -67Zrladding and structures, with a core power ofuel0 Mwithproduced a fast flux (>0.1 MeV) of 1.4 × 1015 n/cm2 s averaged over the whole length of six irradiation cladding with andotal testructuresme of more than 77 l.

A diverse protection system, which is an independent and diverse reactor shutdown system that is initiated by the signals of a high core power or a high pressurizer pressure, is adopted in the advanced integral reactor.

Each chassis has a respective Core power that works on a cooldown timer: respectively, increased damage, increased shields, and unlimited dashes.

Fuel depletion simulations are performed to optimize the active fuel length, fuel enrichment and core loading pattern in order to achieve a uniform core power distribution.

Sodium cooled fast reactor (SFR) exhibit some unique thermo-hydraulic characteristics in comparison to thermal reactors, considering that SFR have a higher core power density, special configuration of assemblies, wire-wrapped spacers, special thermo-physical properties of sodium and so on.

The analysis results show that the worst consequences occur when a reactivity of 17.61 pcm/s is inserted into a core at an initial condition of a 45% initial core power, high coolant temperature at the core inlet position, low system pressure and a thermal design flow.