• Chemical Thermodynamics of Compounds and Complexes of U

    Chemical Thermodynamics of Compounds and Complexes of U, Np, Pu, Am, Tc, Se, Ni and Zr With Selected Organic Ligands (Volume 9) (Chemical Thermodynamics, Volume 9)

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    Dive into crucial chemical thermodynamics with this expert-reviewed volume. It meticulously compiles and critically evaluates thermodynamic data for compounds and complexes involving uranium, neptunium, plutonium, americium, technetium, selenium, nickel, and zirconium with selected organic ligands. Essential for researchers, scientists, and academic libraries across India, this book offers a vital scientific resource. Discover comprehensive tables of formation and reaction properties, alongside an extensive bibliography, making it indispensable for advanced studies in nuclear energy and chemistry.

    33,341.00
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  • Chemical Thermodynamics of Nickel (Volume 6) (Chemical Thermodynamics

    Chemical Thermodynamics of Nickel (Volume 6) (Chemical Thermodynamics, Volume 6)

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    Unlock critical insights into nickel’s environmental behaviour with essential chemical thermodynamic data. This authoritative volume provides consistent thermodynamic data for inorganic nickel compounds and complexes, vital for predicting chemical reactions of hazardous materials. A must-read for environmental scientists, chemists, and chemical engineering professionals undertaking critical research and safety assessments. Essential for academic libraries and research institutions across India seeking reliable scientific references on elemental thermodynamics.

    21,650.00
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  • Chemical Thermodynamics of Selenium (Volume 7) (Chemical Thermodynamics

    Chemical Thermodynamics of Selenium (Volume 7) (Chemical Thermodynamics, Volume 7)

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    Accurately predict hazardous material reactions in the environment with crucial chemical thermodynamics data for selenium. This essential volume offers reliable, critically evaluated thermodynamic data for inorganic selenium compounds and complexes. It’s an indispensable resource for environmental scientists, chemists, researchers, and engineers in India seeking precise insights into selenium’s behavior for risk assessment, pollution control, and geochemical studies. Master the thermodynamic principles vital for environmental chemistry and materials science.

    30,310.00
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