Supported molten zinc chloride catalysts. 2. Hydrocracking of coal extract.

Improved Rigid Ion Model of Molten Zinc Chloride

We have developed a new rigid ion model for the simulation of molten ZnCL. A molecular dynamics simulation of this model under a constant pressure of 1 atm and a constant tempera ture of 1200 K resulted in a successful description of the short-range order in the liquid state. The resulting short range structure is presented with respect to the coordination of the Zn 2+ ions and the Z n C I Z n ...

Development of Heavy Oil Hydrocracking Catalysts

This paper present some results obtained from the research program being pursued at the Research Institute of King Fahd University of Petroleum and Minerals aimed at the development of suitable catalysts for hydrocracking of the vacuum gas oils from Arabian Light crude to obtain higher quality distillate products. The newly developed high-performance hydroprocessing catalysts are based on synth...

Electrodeposition of Zinc From Low Temperature Molten Salt Electrolyte: Part I-Imidazole And Zinc-Chloride Electrolyte

Our R & D work was focused on the electro deposition of Zinc from imidazole as low temperature molten salt (LTMS) electrolyte with zinc chloride as a supporting salt at <100o C., without required controls from the previous existing non aqueous baths as well additive free system for the zinc deposition. Surface morphological studies and crystallographic orientation results were evaluated.

Density of Molten Terbium Chloride

Anhydrous (99.99%) TbCl3 was obtained from Aldrich (Milwaukee, WI, USA) and used without further purifications. It was handled in an argon-filled dry box with a water content < 2 ppm and an oxygen content < 1 ppm. A 166Ho radiation source (2.27 MBq) was used because of its desirable decay characteristics (t1/2 = 1200y, up to 8 photons per disintegration, more than 10% branching ratio). A multi-...

Shear viscosity of molten sodium chloride