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  • MPI Ethno. Forsch.  (2)
  • 1980-1984  (2)
  • 1960-1964
  • Boston, MA : Springer US  (2)
  • Engineering  (2)
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  • MPI Ethno. Forsch.  (2)
  • BSZ  (1)
Material
Language
Years
Year
Author, Corporation
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  • 1
    Online Resource
    Online Resource
    Boston, MA : Springer US
    ISBN: 9781468445770
    Language: English
    Pages: Online-Ressource (308p) , online resource
    Edition: Springer eBook Collection. Humanities, Social Sciences and Law
    Parallel Title: Erscheint auch als
    Parallel Title: Erscheint auch als
    Parallel Title: Erscheint auch als
    Keywords: Philosophy (General) ; Science Philosophy ; Physics ; Engineering ; Renewable energy sources ; Social sciences ; Science—Philosophy. ; Astronomy.
    Abstract: 1. Problems in Public Understanding -- Reference Notes -- 2. How Dangerous is Radiation? -- Meet the Millirem -- Scientific Basis for Risk Estimates -- The Media and Radiation -- Genetic Effects of Radiation -- Other Health Effects of Radiation -- Public Insanity -- Reference Notes -- 3. The Fearsome Reactor Meltdown Accident -- Was Three Mile Island a Near Miss to Disaster? -- Roads to Meltdown -- How Secure Is the Containment? -- The Probabilities -- The Worst Possible Accident -- Land Contamination -- Why the Public Misunderstanding? -- Non-Safety Issues -- Reference Notes -- 4. Understanding Risk -- A Catalog of Risks -- Risks of Nuclear Energy—In Perspective -- Acceptability of Nuclear Power Risks -- Risks from Air Pollution in Coal Burning -- Risks in Other Energy Technologies -- Spending Money to Reduce Risk -- Reference Notes -- 5. Hazards of High-Level Radioactive Waste: The Great Myth -- A First Perspective -- High-Level Radioactive Waste—Hazards and Protective Barriers -- Quantitative Risk Assessment for High-Level Waste -- Long-Term Waste Problems from Chemical Carcinogens -- Should We Add Up Effects over Millions of Years? -- Why the Public Fear? -- Reference Notes -- 6. More on Radioactive Waste -- Radon Problems -- Routine Emissions of Radioactivity -- Low-Level Waste -- Transuranic Waste -- Summary of Results -- The Real Waste Problem -- West Valley—The Ultimate Waste Problem -- Leaking Waste Storage Tanks -- Waste Transport—When Radioactivity Encounters the Public -- A Radioactive Waste Accident in the Soviet Union -- Summary -- Reference Notes -- 7. Plutonium and Bombs -- Fuel of the Future -- Proliferation of Nuclear Weapons -- Nonproliferation Politics -- A Tool for Terrorists? -- Plutonium Toxicity -- Reference Notes -- 8. Costs of Nuclear Power: The Achilles’ Heel -- Understanding Power Plant Construction Costs -- Regulatory Ratcheting -- Actual Costs of Nuclear Power Plants—Regulatory Turbulence -- Actual Costs -- The Situation in Other Countries -- The Political Battle Lost -- Cost per Kilowatt-Hour -- Coal versus Nuclear Costs -- Reference Notes -- 9. The Solar Dream -- Cost Problems -- Is It There When We Need It? -- Why Solar Electricity? -- Environmental Problems, the Media, and Politics And More Politics -- Reference Notes -- 10. What the Polls Tell Us -- Rothman-Lichter Polls -- Battelle and Media Institute Studies -- A Poll of Radiation Health Scientists -- Summary -- Reference Notes -- 11. Questions from the Audience -- Radioactivity and Radiation -- Trust and Faith -- Reactor Accidents and Safety -- Radioactive Waste -- Miscellaneous Topics -- 12. A Cry for Help.
    Abstract: I was not invited to write a foreword for this book. Dr. Cohen, knowing my busy schedule, would have considered such a request to be an imposition. I volunteered to do so in part to acknowledge my gratitude to him for having been a constant source of reference materials as I have turned my attention increasingly to informing both lay and scientific audiences concerning the biologic effects of low-level ionizing radiation. My primary reason for vol­ unteering, however, is to point to the importance of such a book for public education at a time when the media, in collaboration with a variety of activist groups, have developed among the people an almost phobic fear of radiation at any level. I take issue with the words of another Nobel laureate, George Wald, who states regularly "Every dose is an overdose. '" This philosophy has re­ sulted in women refusing mammography for the detection of breast cancer even though this methodology is the most sensitive for detection of such cancers in the early, curable stage, and even though, at present, breast cancer is the leading cause of cancer deaths among women. It has led a Westchester County, New York legislator to state proudly in the New York Times that he v vi I FOREWORD had introduced legislation that would bar all radioactivity from the county's roads.
    Description / Table of Contents: 1. Problems in Public UnderstandingReference Notes -- 2. How Dangerous is Radiation? -- Meet the Millirem -- Scientific Basis for Risk Estimates -- The Media and Radiation -- Genetic Effects of Radiation -- Other Health Effects of Radiation -- Public Insanity -- Reference Notes -- 3. The Fearsome Reactor Meltdown Accident -- Was Three Mile Island a Near Miss to Disaster? -- Roads to Meltdown -- How Secure Is the Containment? -- The Probabilities -- The Worst Possible Accident -- Land Contamination -- Why the Public Misunderstanding? -- Non-Safety Issues -- Reference Notes -- 4. Understanding Risk -- A Catalog of Risks -- Risks of Nuclear Energy-In Perspective -- Acceptability of Nuclear Power Risks -- Risks from Air Pollution in Coal Burning -- Risks in Other Energy Technologies -- Spending Money to Reduce Risk -- Reference Notes -- 5. Hazards of High-Level Radioactive Waste: The Great Myth -- A First Perspective -- High-Level Radioactive Waste-Hazards and Protective Barriers -- Quantitative Risk Assessment for High-Level Waste -- Long-Term Waste Problems from Chemical Carcinogens -- Should We Add Up Effects over Millions of Years? -- Why the Public Fear? -- Reference Notes -- 6. More on Radioactive Waste -- Radon Problems -- Routine Emissions of Radioactivity -- Low-Level Waste -- Transuranic Waste -- Summary of Results -- The Real Waste Problem -- West Valley-The Ultimate Waste Problem -- Leaking Waste Storage Tanks -- Waste Transport-When Radioactivity Encounters the Public -- A Radioactive Waste Accident in the Soviet Union -- Summary -- Reference Notes -- 7. Plutonium and Bombs -- Fuel of the Future -- Proliferation of Nuclear Weapons -- Nonproliferation Politics -- A Tool for Terrorists? -- Plutonium Toxicity -- Reference Notes -- 8. Costs of Nuclear Power: The Achilles’ Heel -- Understanding Power Plant Construction Costs -- Regulatory Ratcheting -- Actual Costs of Nuclear Power Plants-Regulatory Turbulence -- Actual Costs -- The Situation in Other Countries -- The Political Battle Lost -- Cost per Kilowatt-Hour -- Coal versus Nuclear Costs -- Reference Notes -- 9. The Solar Dream -- Cost Problems -- Is It There When We Need It? -- Why Solar Electricity? -- Environmental Problems, the Media, and Politics And More Politics -- Reference Notes -- 10. What the Polls Tell Us -- Rothman-Lichter Polls -- Battelle and Media Institute Studies -- A Poll of Radiation Health Scientists -- Summary -- Reference Notes -- 11. Questions from the Audience -- Radioactivity and Radiation -- Trust and Faith -- Reactor Accidents and Safety -- Radioactive Waste -- Miscellaneous Topics -- 12. A Cry for Help.
    URL: Volltext  (lizenzpflichtig)
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  • 2
    Online Resource
    Online Resource
    Boston, MA : Springer US
    ISBN: 9781489930637
    Language: English
    Pages: Online-Ressource (XXII, 678 p) , online resource
    Edition: Third Edition
    Edition: Springer eBook Collection. Humanities, Social Sciences and Law
    Series Statement: Powder Technology Series
    Parallel Title: Erscheint auch als
    Parallel Title: Erscheint auch als
    Keywords: Engineering ; Surfaces (Physics) ; Control engineering. ; Measurement. ; Measuring instruments. ; Materials
    Abstract: Sampling of powders -- Sampling of dusty gases in gas streams -- Sampling and sizing from the atmosphere -- Particle size, shape and distribution -- Sieving -- Microscopy -- Interaction between particles and fluids in a gravitational field -- Dispersion of powders -- Incremental methods of sedimentation size analysis -- Cumulative methods of sedimentation size analysis -- Fluid classification -- Centrifugal methods -- The electrical sensing zone method of particle size distribution determination (the Coulter principle) -- Radiation scattering methods of particle size determination -- Permeametry and gas diffusion -- Gas adsorption -- Other methods for determining surface area -- Determination of pore size distribution by gas adsorption -- Mercury porosimetry -- On-line particle size analysis.
    Abstract: Although man's environment, from the interstellar dust to the earth beneath his feet, is composed to a large extent of finely divided material, his knowledge of the propert­ ies of such materials is surprisingly slight. For many years the scientist has accepted that matter may exist as solids, liquids or gases although the dividing line between the states may often be rather blurred; this classification has been upset by powders, which at rest are solids, when aerated may behave as liquids, and when suspended in gases take on some of the properties of gases. It is now widely recognized that powder technology is a field of study in its own right. The industrial applications of this new science are far reaching. The size of fine particles affects the properties of a powder in many important ways. For example, it determines the setting time of cement, the hiding power of pigments and the activity of chemical catalysts; the taste of food, the potency of drugs and the sintering shrink­ age of metallurgical powders are also strongly affected by the size of the particles of which the powder is made up. Particle size measurement is to powder technology as thermometry is to the study of heat and is in the same state of flux as thermometry was in its early days. Only in the case of a sphere can the size of a particle be completely described by one number.
    URL: Volltext  (lizenzpflichtig)
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