Inactivatiion Of Pathogens With Innovative UV Technologies

List of Tables List of Figures Foreword Acknowledgments Executive Summary Chapter 1: Background and Objectives Overview of Pathogens Inactivation with UV Comparative Efficacy of UV Systems Using Mono- and Polychromatic UV Lamps Impacts of Water Quality on UV Efficacy Research Objectives Key Project Questions Chapter 2: Materials and Methods Dose Measurement Methods Source Water Quality Analytical Methods Chapter 3: Collimated Beam Studies Round-Robin Experiments Dose-Response Screenings of Indicator Organisms Bacteria Dose-Response Screenings Virus Dose-Response Screenings Virus Action-Spectra Screenings Chapter 4: Conclusions and Recommendations Appendix A: Inactivation of Pathogens by UV Irradiation Appendix B: Microbial Preparation Appendix C: Enumeration Adenovirus 2 by the TCID-50 Method Appendix D: Experimental Protocol for Fluence (UV Dose) Measurements for the Round Robin Dose-Response Curves for MS2 Appendix E: Experimental Protocol for Incident Irradiance Measurements with KI/KIO3 Actinomentry References Abbreviations and SymbolsMalley, James Malley is the author of 'Inactivatiion Of Pathogens With Innovative UV Technologies ', published 2004 under ISBN 9781583213414 and ISBN 1583213414.