السلام عليكم ورحمة الله وبركاته
الإخوة والأخوات حياكم الله جميعا
اهدى لكم اليوم كتاب بعنوان
Electron Paramagnetic Resonance
الإخوة والأخوات حياكم الله جميعا
اهدى لكم اليوم كتاب بعنوان
Electron Paramagnetic Resonance
Royal Society of Chemistry
| 2004 | ISBN: 0854043209
397 pages | PDF | 30,4 MB
Volume 19 in the EPR Specialist Periodical Report series again aims to reflect major research advances in relevant understanding and applications of the technique during 2002 and 2003. The authors have again been given two major challenges: to produce authoritative and critical reviews, which emphasise particularly important developments; and in a style which provides readily accessible accounts suitable not only for existing practitioners but also those wanting to become more acquainted with the scope and applicability of the technique. Overall the intention is to reflect the rapid advances being made in EPR, especially in application of new experimental approaches and analysis. The choice of chapters reflects to a large extent the increasing importance of EPR spectroscopic applications in interdisciplinary research, particularly those related to a more detailed understanding of biological systems. These include further critical updates of the role of paramagnetic systems in the areas of metalloproteins, photosynthesis, DNA and related biomolecular damage, as well as biomedical aspects of free-radicals: this section is complemented in this volume by the review of new EPR approaches now being used to measure inter-spin distances, for example in doubly-labelled proteins. Exciting advances in inorganic and supramolecular chemistry are also reflected in reviews on paramagnetic centres on solid surfaces, exchange-coupled oligomers (including many biological examples) and materials research, especially as revealed by high-field studies. The fundamental importance of electron-transfer processes is reflected in a comprehensive review on organic radical-ions, which emphasises the kind of detailed information on intermediates, orbitals and processes available through careful EPR study. Particularly timely is a review on the use of EPR for dating, dosimetry and microscopy of terrestrial and planetary materials. Finally, we thank our reporters for expert, prompt and efficient cooperation and staff at the Royal Society of Chemistry for invaluable technical and editorial support.
| 2004 | ISBN: 0854043209
397 pages | PDF | 30,4 MB
Volume 19 in the EPR Specialist Periodical Report series again aims to reflect major research advances in relevant understanding and applications of the technique during 2002 and 2003. The authors have again been given two major challenges: to produce authoritative and critical reviews, which emphasise particularly important developments; and in a style which provides readily accessible accounts suitable not only for existing practitioners but also those wanting to become more acquainted with the scope and applicability of the technique. Overall the intention is to reflect the rapid advances being made in EPR, especially in application of new experimental approaches and analysis. The choice of chapters reflects to a large extent the increasing importance of EPR spectroscopic applications in interdisciplinary research, particularly those related to a more detailed understanding of biological systems. These include further critical updates of the role of paramagnetic systems in the areas of metalloproteins, photosynthesis, DNA and related biomolecular damage, as well as biomedical aspects of free-radicals: this section is complemented in this volume by the review of new EPR approaches now being used to measure inter-spin distances, for example in doubly-labelled proteins. Exciting advances in inorganic and supramolecular chemistry are also reflected in reviews on paramagnetic centres on solid surfaces, exchange-coupled oligomers (including many biological examples) and materials research, especially as revealed by high-field studies. The fundamental importance of electron-transfer processes is reflected in a comprehensive review on organic radical-ions, which emphasises the kind of detailed information on intermediates, orbitals and processes available through careful EPR study. Particularly timely is a review on the use of EPR for dating, dosimetry and microscopy of terrestrial and planetary materials. Finally, we thank our reporters for expert, prompt and efficient cooperation and staff at the Royal Society of Chemistry for invaluable technical and editorial support.
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اخوكم محمد
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اخوكم محمد
