A preliminary design study of the viability of a megawatt-class power plant based on concentrated solar thermal energy by means of high concentration parabolic dishes and appropriate volumetric receivers (due to the fact that this provides high temperatures and modularity to be applied in the Moon's surface exploitation industry) is considered.
High Temperature Reactor technology development programme was initiated in India with an aim to provide high temperature process heat for nuclear hydrogen production by splitting water.
Within the high heat extraction cooling technologies, stepwise varying width microchannel cooling schemes have demonstrated their capacity to provide high temperature uniformities with low pressure drops.
In this paper, a solar double absorption heat transformer (SDAHT) operating with the LiBr-H2O solution is proposed to provide high temperature energy.
Smart overlay coatings are a functionally gradient coating system designed to provide high temperature corrosion protection over a wide range of operating conditions.
The AREVA modular HTR steam supply system (SC-HTGR) is being developed to provide high temperature steam for a variety of applications such as chemical processing, refineries, tar sands, and synthetic fuel production.
Double absorption heat transformer (DAHT) is a promising device in reducing the use of fossil fuels since it can utilize renewable sources or waste heat to provide high temperature energy.
Researchers have demonstrated that concentrated solar energy is a viable energy source to provide high temperature process heat.
With this, annealed adaptor oligonucleotides can be kept at -20°C for many months before use, provided high temperature and other denaturing conditions are avoided.
Thermodynamic calculations for combustion of sodium chlorate mixed with various reactive materials identified the most attractive additives providing high temperatures and high oxygen yield.
