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Handbook on Synchrotron Radiation, Volume 4
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The first three volumes in this series were mainly devoted to applications of Synchrotron Radiation in various fields of physics and chemistry. Volume 4 covers in a self-contained manner the properties of sources, elements of instrumentation and applications to biological and medical research. The exception confirming the rule is EXAFS where it was felt that this topic at the border between inorganic chemistry and biochemistry was adequately covered in previous volumes and in several recently published textbooks. Each chapter provides an introduction for newcomers as well as a reference for mo...
The first three volumes in this series were mainly devoted to applications of Synchrotron Radiation in various fields of physics and chemistry. Volume 4 covers in a self-contained manner the properties of sources, elements of instrumentation and applications to biological and medical research. The exception confirming the rule is EXAFS where it was felt that this topic at the border between inorganic chemistry and biochemistry was adequately covered in previous volumes and in several recently published textbooks. Each chapter provides an introduction for newcomers as well as a reference for more advanced researchers. In conclusion this is a unique book providing a comprehensive overview of the use of S.-R. in biology and medicine.
Review quote:
... In summation, this is a fine reference book, that continues the high standards set by previous volumes in this series. Medical Physics
Table of contents:
Preface. 1. Synchrotron X-ray scattering studies of Langmuir films (J. Als-Nielsen and H. Möwald). 2. Coronary angiography project at the Photon Factory using a large monochromatic beam (K. Hyodo, K. Nishimura and M. Ando). 3. Optical and dielectric properties of materials relevant to biological research (M.W. Williams, E.T. Arakawa and T. Inagaki). 4. Crystal-structure analysis of biological macromolecules by synchrotron-radiation diffraction (H.D. Bartunik). 5. Fibre diffraction: collagen (A. Bigi and N. Roveri). 6. Scattering from non-crystalline systems (M.H.J. Koch). 7. Synchrotron radiation sources (W. Brefeld and P. Gürtler). 8. A Bragg reflection monochromator for synchrotron radiation angiography (G.S. Brown). 9. Trace element analysis by X-ray fluorescence (A. Iida and Y. Gohshi). 10. Medical applications of synchrotron radiation (J.C. Giacomini and H.J. Gordon). 11. Microradiography and microtomography (W. Graeff and K. Engelke). 12. NIKOS - non-invasive angiography at HASYLAB (W. Graeff and W.-R. Dix). 13. Radiobiological experiments in the X-ray region with synchrotron radiation (K. Hieda and T. Ito). 14. Synchrotron radiation for angiography, an overview (E. Rubenstein and R. Hofstadter). 15. X-ray microscopy (G. Schmahl and P.-C. Cheng). 16. UV spectroscopy (E.S. Stevens). 17. Anomalous X-ray scattering (H.B. Stuhrmann, G. Goerigk and B. Munk). 18. Detectors for angiography (A. Thompson). 19. Progress in X-ray synchrotron diffraction studies of muscle contraction (K. Wakabayashi and Y. Amemiya). 20A. Imaging apparatus and techniques for synchrotron radiation (H.D. Zeman). 20B. The processing of intravenous coronary angiograms produced by synchrotron radiation (H.D. Zeman). Author index. Subject index.
Review quote:
... In summation, this is a fine reference book, that continues the high standards set by previous volumes in this series. Medical Physics
Table of contents:
Preface. 1. Synchrotron X-ray scattering studies of Langmuir films (J. Als-Nielsen and H. Möwald). 2. Coronary angiography project at the Photon Factory using a large monochromatic beam (K. Hyodo, K. Nishimura and M. Ando). 3. Optical and dielectric properties of materials relevant to biological research (M.W. Williams, E.T. Arakawa and T. Inagaki). 4. Crystal-structure analysis of biological macromolecules by synchrotron-radiation diffraction (H.D. Bartunik). 5. Fibre diffraction: collagen (A. Bigi and N. Roveri). 6. Scattering from non-crystalline systems (M.H.J. Koch). 7. Synchrotron radiation sources (W. Brefeld and P. Gürtler). 8. A Bragg reflection monochromator for synchrotron radiation angiography (G.S. Brown). 9. Trace element analysis by X-ray fluorescence (A. Iida and Y. Gohshi). 10. Medical applications of synchrotron radiation (J.C. Giacomini and H.J. Gordon). 11. Microradiography and microtomography (W. Graeff and K. Engelke). 12. NIKOS - non-invasive angiography at HASYLAB (W. Graeff and W.-R. Dix). 13. Radiobiological experiments in the X-ray region with synchrotron radiation (K. Hieda and T. Ito). 14. Synchrotron radiation for angiography, an overview (E. Rubenstein and R. Hofstadter). 15. X-ray microscopy (G. Schmahl and P.-C. Cheng). 16. UV spectroscopy (E.S. Stevens). 17. Anomalous X-ray scattering (H.B. Stuhrmann, G. Goerigk and B. Munk). 18. Detectors for angiography (A. Thompson). 19. Progress in X-ray synchrotron diffraction studies of muscle contraction (K. Wakabayashi and Y. Amemiya). 20A. Imaging apparatus and techniques for synchrotron radiation (H.D. Zeman). 20B. The processing of intravenous coronary angiograms produced by synchrotron radiation (H.D. Zeman). Author index. Subject index.