Abstract Pebble Bed Reactor (PBR) is one of the most promising nuclear power plant. It has
advantages in terms of high thermal efficiency, economic and its safety features. To build an …

The total concentrate of heavy lanthanides, zirconium, scandium, as well as emanating
uranium and thorium can be recovered from the eudialyte ore concentrate breakdown …

Thorium-based fuels have been proposed for use as alternative nuclear fuels in a 100-MW t
prismatic high temperature gas-cooled reactor (HTGR) to overcome the limitation of natural …

High‐temperature gas reactor (HTGR) is one of the Generation IV nuclear reactors currently
undergoing rapid development in the world. The utilization of fissile material becomes an …

In this study, we analyzed the passive safety features of a small simplified pebble bed
reactor with an accumulative fuel loading scheme for decay heat removal after reactor …

In this study, preliminary design calculations for experimental small power reactor (20 MWt)
based on Pebble Bed Reactor (PBR) are performed. PBR technology chosen due to its …

Innovative nuclear power plant designs and high-efficiency utilization of nuclear fuel are
important issues in the field of nuclear power. Pebble bed reactors with an accumulative fuel …

С помощью 5-(дифенилфосфорил) гексан-3-она суммарный концентрат тяжелых
лантанидов, цирконий, скандий, а также эманирующие уран и торий из растворов …

One of the most potential nuclear power plants is High Temperature Gas-cooled Reactor
(HTGR). It is a reactor system designed using TRISO (Tristructural-Isotropic) coated fuel and …

There are two type of High Temperature Gas Reactor (HTGR), prismatic and pebble bed.
Pebble Bed type has unique configuration because the fuels are randomly distributed inside …