Sentence examples for core depletion from inspiring English sources

The virtual environment for reactor applications-core simulator (VERA-CS) is used to simulate a three-dimensional core depletion problem.

Neural Networks (NNs) were applied as a tool for simulating several nuclear reactor physics parameters during core depletion calculations.

In this article, an overview of recent results obtained in the study of core depletion calculations for gas-cooled fast reactors is presented.

Influences of local power peaking on deflection of cladding surface temperature are explained with pin power distribution taken from core depletion calculation in this paper.

The constraints are to keep the maximum peak pin power during the core depletion and soluble boron (SOB) concentration at the Beginning of Cycle (BOC) both less than their limit values.

The lattice code CASMO-4, the whole core analysis code PARCS and the thermal hydraulics code RELAP5 were used to perform calculations from pin cell up to whole core depletion calculations.

Because of prohibitive data storage requirements in large-scale simulations, the memory problem is an obstacle for Monte Carlo (MC) codes in accomplishing pin-wise three-dimensional (3D) full-core calculations, particularly for whole-core depletion analyses.

These core and depletion models depend on various computer codes.

In order to analyze the effect of non-movable water on core permeability, depletion types of experiments were carried out to observe sulfur precipitation and plugging in carbonate rocks.

Core-level depletion indicates that oil composition plays a role in determining metastability of dispersed gas bubbles in foamy oil.

It was noticed during the first phase that the radial power distribution (RPD) for low leakage cores during depletion remained similar to that of the HPD during most of the cycle and have close maximum normalized power values (NPmax's) and cycle lengths.