The phrase "fluid fuel" is correct and usable in written English.
It can be used in contexts related to energy, combustion, or any discussion involving fuels that are in a liquid state.
Example: "The engine is designed to run efficiently on fluid fuel, ensuring optimal performance."
Alternatives: "liquid fuel" or "liquid energy source."
Selection of the salt composition strongly depends on the specific design application: fluid fuel, primary or secondary coolant, heat transport fluid as well as solvent system in spent reprocessing unit.
Selection of the salt composition strongly depends on the specific design application, including fluid fuel, primary or secondary coolant, heat transport fluid, and solvent systems in spent fuel reprocessing units.
The influence of various design aspects such as type of fluid flow (laminar or turbulent), type of working fluid (fuel or air) and geometry configuration (pin-fin or finned shaped heat sink) on heat transfer performance is compared.
The MSR is characterised by a complex and highly non-linear behaviour, which requires a careful investigation, as a consequence of some unusual features like the presence of a fluid fuel and the drift of delayed neutron precursors (DNP) along the primary circuit.
In the last years, interest in the use of high-temperature molten fluoride salts as fluid fuels and coolants in nuclear power systems has been increasing.
Weinberg was attracted to the simplicity and self-controlling features of nuclear reactors that used fluid fuels, such as Harold Urey and Eugene Wigner's proposed Aqueous Homogeneous Reactor.
Furthermore, these agents are widely available in household and commercial products (automotive anti-freeze and de-icing solutions, solvents, cleaners, windshield wiper fluid, fuels and other industrial products).
This stands for the maintenance scheduling and its sensitivity, where 'B' is for Brakes, 'O' for OIL changes and checking, 'W' for the windows cleaning every day and wheel balancing once every year, 'F' for the fluids, fuel and filters in the engine, 'I' for the ignition and interior cleaning of your car not more than every week and the 'T' stands for Tyre checking of your car vehicle.
The present paper is devoted to the analysis of the coupled thermo-fluid and neutronic dynamics of fast fluid-fuel multiplying nuclear systems.
The MSRs are characterized by using the fluid-fuel, so that their technologies are fundamentally different from those used in the conventional solid-fuel reactors.
Research: Internationally recognized, externally funded projects in many exciting areas of modern chemical engineering, including biomaterials, bio-interfaces, bio-molecular engineering, catalysis, complex fluids, electrochemistry, fuel cells, environmental engineering, fluid mechanics, polymers, nano-materials, reaction engineering, and surface science.
