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Preface | ||
List of Authors | ||
List of Abbreviations | ||
1 | Setting the Scene | 1 |
1.1 | The Relevance of Reference Materials - Isolation and General Characterization | 1 |
1.2 | Element Determination and Its Quality Control in Fractions of Refractory Organic Substances and the Corresponding Original Water Samples | 39 |
2 | Structural Investigations | 55 |
2.1 | Heavy Metal and Halogen Interactions with Fractions of Refractory Organic Substances Separated by Size-exclusion Chromatography | 55 |
2.2 | Characterization of Refractory Organic Substances and their Metal Species by Combined Analytical Procedures | 73 |
2.3 | Application of Nuclear Magnetic Resonance Spectroscopy to Structural Investigations of Refractory Organic Substances - Principles and Definitions | 89 |
2.4 | Structural Characterization of Refractory Organic Substances by Solid-state High-resolution [superscript 13]C and [superscript 15]N Nuclear Magnetic Resonance | 96 |
2.5 | Quantification of Substructures of Refractory Organic Substances by Means of Nuclear Magnetic Resonance | 115 |
2.6 | Nuclear Magnetic Resonance Spectroscopy Investigations of Silylated Refractory Organic Substances | 129 |
2.7 | Isotopic Evidence for the Origin and Formation of Refractory Organic Substances | 146 |
2.8 | Analytical Pyrolysis of Humic Substances and Dissolved Organic Matter in Water | 163 |
2.9 | Characterization of Refractory Organic Substances by HPLC/MS | 188 |
2.10 | UV-Visible Spectroscopy and the Potential of Fluorescent Probes | 200 |
2.11 | Stationary and Time-resolved Fluorescence for Refractory Organic Substances Characterization | 215 |
2.12 | Structural Characterization of Refractory Organic Substances by Pyrolysis GC/FTIR | 232 |
2.13 | X-ray Microscopy Studies of Refractory Organic Substances | 239 |
2.14 | Fractionation of Refractory Organic Substances by Electrophoresis | 249 |
2.15 | Occurrence of Amino Acids, Carbohydrates, and Low-molecular weight Organic Acids in Refractory Organic Substances | 264 |
2.16 | Serological Characterization of Refractory Organic Substances by Serotyping | 282 |
2.17 | Chemical and Spectroscopic Data of the Reference Samples - Comparison and Evaluation | 302 |
3 | Biochemical and Biological Characterization | 311 |
3.1 | Formation, Utilization, and Transformation of Some Refractory Organic Substances by Aquatic Microorganisms | 311 |
3.2 | Effect of Microorganisms on the Formation and Transformation of Iodine Species of Refractory Organic Substances | 321 |
3.3 | The Influence of Refractory Organic Substances on Bacterial Colonization and Diversity Patterns | 330 |
3.4 | Influence of Refractory Organic Substances on Enzyme Activity in-vivo and DNA Damage of Aquatic Microorganisms | 346 |
3.5 | Effects of Dissolved Organic Matter on the Bioconcentration of Organic Contaminants and on Reproduction in Aquatic Invertebrates | 361 |
4 | Molecular Interactions | 383 |
4.1 | Sorption of Dissolved Organic Matter on Soil Particles and its Dependence on their Surface-charge Properties | 383 |
4.2 | Dissolved Organic Carbon in Seepage Water - Production and Transformation During Soil Passage | 394 |
4.3 | Refractory Organic Substances in Aggregated Forest Soils - Retention versus Translocation | 411 |
4.4 | Refractory Organic Substances Derived from Organic Amendments in Soil - Formation, Translocation, and Interaction with Xenobiotics | 435 |
4.5 | Analysis of the Binding of Amitrole and Anilazine to Aquatic and Terrestrial Refractory Organic Substances | 446 |
4.6 | Sorption and Chemical Reactions of Polycyclic Aromatic Hydrocarbons with Dissolved Refractory Organic Substances and Related Model Polymers | 475 |
4.7 | Investigation of the Interactions between polycyclic Aromatic Compounds and Refractory Organic Substances with Stationary and Time-resolved Fluorescence and Absorption Spectroscopy | 516 |
Index | 535 | |
Author index | 545 |
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Add Refractory Organic Substances in the Environment, Refractory organic substances (ROS) are an essential part of the biogeochemical carbon cycle. Wherever there is life on earth, there will also be ROS in the form of poorly biodegradable leftovers of organisms and as a source for new life. Furthermore, it , Refractory Organic Substances in the Environment to the inventory that you are selling on WonderClubX
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Add Refractory Organic Substances in the Environment, Refractory organic substances (ROS) are an essential part of the biogeochemical carbon cycle. Wherever there is life on earth, there will also be ROS in the form of poorly biodegradable leftovers of organisms and as a source for new life. Furthermore, it , Refractory Organic Substances in the Environment to your collection on WonderClub |