Description

In the first chapter of this compilation, the author reviews the sorption properties of magnetite with respect to hexavalent chromium ions and the possibility of its use as a sorbent for removing these toxic ions from contaminated aqueous solutions. In the second chapter, the authors summarize the importance of oxadiazole in medicinal chemistry for the management of various diseases. The third chapter discusses the developing technology of carbon capture and storage, a technique to reduce the impact of greenhouse gases, and how ionic liquids can be leveraged in this context. Following this, the authors describe how methanol to gasoline processes, specifically those using zeolites and zeolite-based catalysts, provide a viable alternative route for gasoline production. The final chapter proposes a revision of the standard model of photosynthesis based on new understanding generated through gravitational mass spectroscopy.

Advances in Chemistry Research: Volume 67

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Hardback by James C. Taylor

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In the first chapter of this compilation, the author reviews the sorption properties of magnetite with respect to hexavalent chromium... Read more

    Publisher: Nova Science Publishers Inc
    Publication Date: 04/03/2021
    ISBN13: 9781536193381, 978-1536193381
    ISBN10: 1536193380

    Number of Pages: 245

    Non Fiction , Mathematics & Science , Education

    Description

    In the first chapter of this compilation, the author reviews the sorption properties of magnetite with respect to hexavalent chromium ions and the possibility of its use as a sorbent for removing these toxic ions from contaminated aqueous solutions. In the second chapter, the authors summarize the importance of oxadiazole in medicinal chemistry for the management of various diseases. The third chapter discusses the developing technology of carbon capture and storage, a technique to reduce the impact of greenhouse gases, and how ionic liquids can be leveraged in this context. Following this, the authors describe how methanol to gasoline processes, specifically those using zeolites and zeolite-based catalysts, provide a viable alternative route for gasoline production. The final chapter proposes a revision of the standard model of photosynthesis based on new understanding generated through gravitational mass spectroscopy.

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