In this paper, a market guided design approach is exercised to identify the optimal reactor
form in terms of safety, cost, fuel availability, and profitability. Various Gen IV reactor …

An experimental system for the measurement of tritium in the primary loop of HTR-10 has
been established, sampling gas from the helium purification system. After the restart of HTR …

The retention of hydrogen in a variety of disordered carbon materials including graphene
nanoplatelets and amorphous carbon was measured by volumetric adsorption and modeled …

Nuclear graphite (NG) is widely applied in nuclear facilities, and its strong interaction with
tritium is an essential factor for tritium transport behavior in various reactors and the …

Two-dimensional transition metal dichalcogenides, especially MoS2, are widely exploited
for their proficiency owing to the optimum energy band gap required for photocatalytic …

Hydrogen production by methane steam reforming (MSR) using the process heat from High-
temperature gas-cooled reactor (HTGR) is one of the most promising technology for …

Advanced reactor concepts which use a lithium-or beryllium-bearing primary salt coolant will
require technical solutions to mitigate the environmental release of tritium. One such design …

Tritium (3H) has been increasingly researched when assessing the environmental impact of
nuclear reactors and other nuclear facilities because it is widely present in nuclear systems …

Tritium is one of the most concerned nuclides in nuclear power plants because of its high
mobility and circulation in the environment. The high-temperature gas-cooled reactor …

A number of industry vendors are leading a resurgence in advanced reactor development.
As the assurance of public safety from the accidental release of radionuclides to the …