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Uranium : compounds, isotopes and applications / Gerhardt H. Wolfe, editor

Published
New York : Nova Science Publishers, [2009]
Copyright Date
©2009
Physical Description
1 online resource (xv, 582 pages) : illustrations (some color), maps (some color)
Additional Creators
Wolfe, Gerhardt H.
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Contents
URANIUM: COMPOUNDS, ISOTOPESAND APPLICATIONS -- CONTENTS -- PREFACE -- DEVELOPMENT AND CHARACTERIZATION OF ANENVIRONMENTALLY FRIENDLY COATING TOPROTECT DEPLETED URANIUM � 0.75 WT. %TITANIUM ALLOY -- ABSTRACT -- INTRODUCTION -- CORROSION STUDIES -- CORROSION CONTROL BY ALLOYING -- CORROSION CONTROL BY COATINGS -- SURFACE CHARACTERISTICS OF THE DU ALLOY -- SURFACE MORPHOLOGY OF THE DEPLETEDURANIUM-0.75 WT% TI ALLOY -- ELECTROCHEMISTRY OF THE DEPLETEDURANIUM-0.75 WT. % TITANIUM ALLOY -- COATING FORMATION AND EVALUATION -- ELECTROCHEMISTRY OF THE COATING FORMATION, COATING EVALUATIONELECTROCHEMICAL IMPEDANCE SPECTROSCOPY OF THE COATING -- SURFACE CHEMISTRY OF THE COATING -- X-RAY PHOTOELECTRON SPECTROSCOPY -- RUTHERFORD BACKSCATTERING SPECTROSCOPY -- X-RAY ABSORPTION NEAR EDGE STRUCTURE -- RAMAN SPECTROSCOPY -- FOURIER TRANSFORM INFRARED SPECTROSCOPY -- CONCLUSIONS -- REFERENCES -- RECENT ADVANCES IN SEPARATION TECHNIQUES OFURANIUM FROM OTHER METAL IONS -- ABSTRACT -- 1. INTRODUCTION -- 2. SEPARATION OF URANIUM FROM VARIOUS AQUEOUS MEDIA -- 2.1. Nitric Acid Media -- 2.1.1. Overview of Extractants for Uranium, 2.1.2. Precipitants of Pyrrolidone Derivatives2.1.3. Monoamide Resins -- 2.1.4. Erix Process -- 2.1.5. Future Works -- 2.2. Hydrochloric Acid Media -- 2.2.1. Pyridine Type Anion Exchange Resins -- 2.2.2. Future Works -- 2.3. Carbonate Media -- 2.3.1. Target Elements -- 2.3.2. Amidoxime Resin -- 2.3.3. Future Works -- 3. CONCLUSION -- ACKNOWLEDGMENT -- AFTERWARD -- REFERENCES -- URANIUM HYDRIDING: MECHANISMS, TRENDS ANDINFLUENCE OF IMPURITIES -- ABSTRACT -- 1. INTRODUCTION, 2. modeling techniques for computing potentialenergy surfaces, activation energies andhydrogen reaction initiation sites3. potential energy surfaces of uranium hydridingreactions: computation of activationenergies and reaction pathways -- 4. the role of impurities in initiating uranium hydriding:3d laplacian topographies of reactive sites -- conclusion -- acknowledgements -- references -- control of the root-to-shoottranslocation of (heavy) metals in chinesecabbage by application ofcarbon and nitrogen compoundsto uranium mine dump soil -- abstract -- abbreviations, and 1 INTRODUCTION2. MATERIALS AND METHODS -- 2.1. Soil -- 2.2. Pot Cultures of Chinese Cabbage (Brassica Chinensis L., Cv. Chico F1) -- 2.3. Determination of Free Amino Acids in Shoot Tissue -- 2.4. Pressurized Microwave Digestion of Plant Tissue -- 2.5. Water-Solubility of Elements and Humic Substances in Soil -- 2.6. Comparative Solubilization of Elements in Soil by NH4+/NO3- and AminoAcids -- 2.7. Identification of Elements by ICP-AES -- 2.8. Nitrogen Compounds -- 2.9. Concentrations of Humic and Fulvic Acids in Soil Extracts -- 2.10. Statistical Treatments
Subject(s)
ISBN
9781613240274 (electronic bk.)
1613240279 (electronic bk.)
9781606925737
1606925733
Bibliography Note
Includes bibliographical references and index.
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