Sentence examples for core relocation from inspiring English sources

In addition to this, the effect of the size of opening created on grid plate during core relocation on Post Accident Heat Removal (PAHR) is studied for different amounts of core relocation.

On the other hand, for a PLOHS scenario, molten core relocation from core mid-plane to core catcher takes place in about 5.5 h with very conservative input conditions.

The predictions are useful in determining the safe thermal margins available under core relocation scenarios and extending the functionality of single-tray-type core catcher for handling Whole Core Meltdown Accident (WCA) scenario in future SFRs.

Studies on debris bed formation behavior are important for the improved evaluation of core relocation and debris bed coolability that might be encountered in a Core Disruptive Accident (CDA) of Sodium-cooled Fast Reactors (SFR).

In this work, the passive decay heat removal from the core debris settled on single-tray-type design of core catcher has been numerically simulated under different amounts of core relocation using a validated 2-D axisymmetric CFD model.

The maximum temperature experienced by the debris bed, core catcher plate and the welded joint between the core support structure and the main vessel (i.e., triple point) are evaluated in order to estimate the amount of core relocation that can be safely handled by the primary containment system under Post Accident Heat Removal (PAHR) scenario.

These are considered with the objective of estimating minimum and maximum time for core-melt relocation to the core catcher for the future Indian FBRs.

The research design uses quinquennial census data to compare core beneficiary relocation patterns with those of non-beneficiaries before and after the cuts to welfare benefits in the Wellington region of New Zealand in 1991.

The objective of the development of the code system KESS is simulating the processes of core melting, relocation of core material to the lower head of the reactor pressure vessel (RPV) and its further heatup, modelling of fission product release and coolability of the core material.

In the present paper, core-melt relocation studies have been carried out to assess the time taken for molten core material to get relocated to core catcher, by melting through various structures beneath the active core.

Under a hypothetical core meltdown and relocation scenario in Sodium cooled Fast Reactor (SFR), there may be a chance for reactor main vessel failure if the core debris are allowed to settle at the bottom of this vessel.