SrBi4Ti4O15 is one of four-layered Aurivillius compound family member that can be used as photocatalyst material works in the violet light region. To expand its work function range conducted by doped with metal elements to results reduced band gap energy. In this research, we synthesized vanadium (SrBi4Ti4-nVnO15 (n= 0, 0.05, 0.1, and 0.15)) molten salt method (used KCl salt). The diffractogram...

In the Molten Salt Reactor, freeze plug is one of components that plays an important role when a reactor accident occurs. designing plug, selection constituent material based on ability to spread heat. Therefore, studies are needed provide information regarding design. The modified melting process has been simulated using Moving Particle Semi-Implicit method. This study aims observe behavior ph...

Molten salt is an excellent medium for heat transfer and storage. The unique microstructure of carbon nanomaterials leads to good mechanical stability, low density, high thermal conductivity, strength, etc. addition molten form nanofluid can remarkably enhance the specific capacity conductivity reduce viscosity, which great importance increase storage density cost. Nevertheless, some challenges...

Dopants traditionally used for modifying crystal lattices can also function as growth mediators in molten salt synthesis and enable a high energy-density, power LiCoO 2 cathode lithium-ion batteries.

The factors which distinguish molten salts from other non-aqueous solvents are described and the range of systems available outlined. Some illustrative examples of the various classes of reactions carried out in molten salts are then given. These include the exchange of halides and pseudohalides in organic and inorganic compounds, organic chlorinations, eliminations and rearrangements, a consid...

We report on studies of an inorganic electrolyte: LiAlCl4 in liquid sulfur dioxide. Concentrated solutions show a very high conductivity when compared with typical electrolytes for lithium ion batteries that are based on organic solvents. Our investigations include conductivity measurements and measurements of transference numbers via nuclear magnetic resonance (NMR) and by a classical direct m...