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|a Streffer, Christian
|4 aut
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|a Radioactive Waste
|b Technical and Normative Aspects of its Disposal
|c by Christian Streffer, Carl Friedrich Gethmann, Georg Kamp, Wolfgang Kröger, Eckard Rehbinder, Ortwin Renn, Klaus-Jürgen Röhlig
|
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|a Berlin, Heidelberg
|b Springer-Verlag GmbH Berlin Heidelberg
|c 2012
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|a Online-Ressource (XXIV, 466 p, online resource)
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|a Ethics of Science and Technology Assessment
|v 38
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|a Description based upon print version of record
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|a Title Page; Preface; Foreword; Table of Contents; Figures; Tables; Einleitung; A Zusammenfassung, Schlussfolgerungen und Empfehlungen; Zusammenfassung; Technische Aspekte der dauerhaften Entsorgung radioaktiver Abfälle; Strahlenrisiko und Strahlenschutz; Entsorgung hochradioaktiver Abfälle unter dem Aspekt der Langzeitverantwortung; Rechtsfragen; Leitlinien für eine sozial verträgliche und gerechte Standortbestimmung; Schlussfolgerungen und Empfehlungen; Ethische Grundlagen; Sicherheitsanforderungen und -ziele; Entsorgungsprogramm und zeitlicher Ablauf; Auswahlverfahren, Kriterien
|
505 |
8 |
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|a Transparenz, Risikokommunikation, PartizipationInstitutionen im Verfahren, Expertengruppen; Behördenorganisation; Entscheidungs-Diagramme; Vorbemerkungen; Entscheidungsdiagramm I; Entscheidungsdiagramm II; IntroductionThe; A Executive summary, conclusions and recommendations; Executive summary; Technical issues of long-term radioactive waste management; Radiation risk and radiological protection; Management of high level waste with reference to long-term responsibility; Legal questions of managing high level radioactive waste; Guidelines for a socially acceptable and fair site selection
|
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|a Conclusions and recommendationsEthical framework; Safety requirements and goals; Waste management programme and timescale; Selection process, criteria; Transparency, communication of risks, participation; Institutions in the procedure, expert groups; Administrative structure; Decision-diagrammes; Preliminary Remarks; Decision diagramme I; Decision diagramme II; B Technical and normative foundations; Waste management strategies and disposal design; Background, basic approach; Fuel cycle options and influence on basic aspects ofradioactive waste management; Classification of radioactive waste
|
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|a Current options for irradiated fuel managementAdvanced fuel cycles; Ensuring subcriticality; Potential radioactive waste management strategies and related technologies; Steps and building blocks; Reference case: direct disposal of spent nuclear fuel; Other cycles for the management of spent nuclear fuel and high level waste; Strategic decisions on the "end point" of radioactive waste management; Safety and security issues; Deep (geologic) disposal: potential host rocks and associated repository concepts; Retrievability issues; Long term safety assessment and the safety case
|
505 |
8 |
0 |
|a Security against intrusionChallenges to demonstration of long-term safety; Safety case concept; Timescales and potential roadmap; Radiation risk and radiological protection; Introduction; System of dose quantities in radiological protection; Application of effective dose; Collective dose; Radiotoxicity of safety-relevant radionuclides for waste repositories; Assessment of potential radiation doses from repositories; What is a low radiation dose?27; Microdosimetric considerations; Biological considerations; Radiation exposures from natural and man-made sources today
|
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|a Development of health effects after radiation exposure28
|
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|a Annotation, This volume offers a description of the technical concepts and the legal situation regarding radioactive waste in different countries. It provides a fundamentally informing contribution and considers the ethical, legal and social aspects of this topic
|
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|a Radioactive waste (above all highly radioactive wastes from nuclear installations) caused by research, medicine and technology must be disposed of safely. However both the strategies disputed for the disposal of radioactive waste as well as concrete proposals for choosing a location for final waste disposal are highly debatable. An appropriate disposal must conform to both complex, technical requirements and fulfill the radio-biological conditions to appropriately protect man and nature. Ethical, legal and social conditions must also be considered. An interdisciplinary team from various, relev
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|a Republic of Germany
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|a Allemagne
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|a Ǧumhūrīyat Almāniyā al-Ittiḥādīya
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|a Bundesrepublik Deutschland
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|a Niemcy
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|a République Fédérale d'Allemagne
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|a Repubblica Federale di Germania
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|a Germanija
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|a Federativnaja Respublika Germanija
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|a Deutsche
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|a Stillegung
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|a Still-Legung
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|a Shutdown
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|a Shut-down
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|a Abschaltung
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|a Abfallbehandlung
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|a Reduktion
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|a Entsorgungswirtschaft
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|a 废物清除
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|a 排除癈物
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|a 废物处理
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|a 廢物清除
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|a 廢物處理
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|a Устранение
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|a Standortwahl
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|a Standort
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|a Planung
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|a Standortvorsorge
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|a Standortproblem
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|a Abfall
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|a Radioaktive Abfälle
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|a 放射性废料
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|a 放射性廢料
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|a Kernkraftwerke
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|a Atomkraftwerke
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|a Dampfkraftwerk
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|a Kerntechnische Anlage
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|a Kernenergie
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|a АЭС
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|a Атомная электростанция
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|a Lagerung
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|a Endlager
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|a Entsorgung
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|a 最终处置
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|a 最終處置
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|a Захоронение промышленных отходов
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|a Lager
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|a Endlagerung
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|a Nachhaltige Entwicklung
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|a Langfristige Entwicklung
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|a Sustainable Development
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950 |
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|a Dauerhafte Entwicklung
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|a Zukunftsfähige Entwicklung
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950 |
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|a 可持续发展
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1796700293226823680 |
author |
Streffer, Christian |
author2 |
Gethmann, Carl Friedrich, Kamp, Georg, Kröger, Wolfgang, Rehbinder, Eckard, Renn, Ortwin, Röhlig, Klaus-Jürgen |
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Streffer, Christian, Gethmann, Carl Friedrich, Kamp, Georg, Kröger, Wolfgang, Rehbinder, Eckard, Renn, Ortwin, Röhlig, Klaus-Jürgen |
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aut |
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Streffer, Christian |
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B - Philosophy, Psychology, Religion |
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BJ1-1725 |
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BJ1-1725, TD898 .R46 2012 |
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BJ1-1725, TD898 .R46 2012 |
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BJ 11 41725 |
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BJ - Ethics |
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Title Page; Preface; Foreword; Table of Contents; Figures; Tables; Einleitung; A Zusammenfassung, Schlussfolgerungen und Empfehlungen; Zusammenfassung; Technische Aspekte der dauerhaften Entsorgung radioaktiver Abfälle; Strahlenrisiko und Strahlenschutz; Entsorgung hochradioaktiver Abfälle unter dem Aspekt der Langzeitverantwortung; Rechtsfragen; Leitlinien für eine sozial verträgliche und gerechte Standortbestimmung; Schlussfolgerungen und Empfehlungen; Ethische Grundlagen; Sicherheitsanforderungen und -ziele; Entsorgungsprogramm und zeitlicher Ablauf; Auswahlverfahren, Kriterien, Transparenz, Risikokommunikation, PartizipationInstitutionen im Verfahren, Expertengruppen; Behördenorganisation; Entscheidungs-Diagramme; Vorbemerkungen; Entscheidungsdiagramm I; Entscheidungsdiagramm II; IntroductionThe; A Executive summary, conclusions and recommendations; Executive summary; Technical issues of long-term radioactive waste management; Radiation risk and radiological protection; Management of high level waste with reference to long-term responsibility; Legal questions of managing high level radioactive waste; Guidelines for a socially acceptable and fair site selection, Conclusions and recommendationsEthical framework; Safety requirements and goals; Waste management programme and timescale; Selection process, criteria; Transparency, communication of risks, participation; Institutions in the procedure, expert groups; Administrative structure; Decision-diagrammes; Preliminary Remarks; Decision diagramme I; Decision diagramme II; B Technical and normative foundations; Waste management strategies and disposal design; Background, basic approach; Fuel cycle options and influence on basic aspects ofradioactive waste management; Classification of radioactive waste, Current options for irradiated fuel managementAdvanced fuel cycles; Ensuring subcriticality; Potential radioactive waste management strategies and related technologies; Steps and building blocks; Reference case: direct disposal of spent nuclear fuel; Other cycles for the management of spent nuclear fuel and high level waste; Strategic decisions on the "end point" of radioactive waste management; Safety and security issues; Deep (geologic) disposal: potential host rocks and associated repository concepts; Retrievability issues; Long term safety assessment and the safety case, Security against intrusionChallenges to demonstration of long-term safety; Safety case concept; Timescales and potential roadmap; Radiation risk and radiological protection; Introduction; System of dose quantities in radiological protection; Application of effective dose; Collective dose; Radiotoxicity of safety-relevant radionuclides for waste repositories; Assessment of potential radiation doses from repositories; What is a low radiation dose?27; Microdosimetric considerations; Biological considerations; Radiation exposures from natural and man-made sources today, Development of health effects after radiation exposure28, Annotation, This volume offers a description of the technical concepts and the legal situation regarding radioactive waste in different countries. It provides a fundamentally informing contribution and considers the ethical, legal and social aspects of this topic, Radioactive waste (above all highly radioactive wastes from nuclear installations) caused by research, medicine and technology must be disposed of safely. However both the strategies disputed for the disposal of radioactive waste as well as concrete proposals for choosing a location for final waste disposal are highly debatable. An appropriate disposal must conform to both complex, technical requirements and fulfill the radio-biological conditions to appropriately protect man and nature. Ethical, legal and social conditions must also be considered. An interdisciplinary team from various, relev |
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100 - Philosophy & psychology, 300 - Social sciences |
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170 - Ethics (Moral philosophy), 363 - Other social problems and services |
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10.1007/978-3-642-22925-1 |
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Europa, Radioaktiver Abfall, Entsorgung, Endlagerung, Umweltverträglichkeit, Nachhaltigkeit, Standortplanung, Deutschland, Endlager, Kernkraftwerk, Stilllegung |
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Berlin, Heidelberg, Springer-Verlag GmbH Berlin Heidelberg, 2012 |
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Nuclear energy, Management, Industrial management, Ethics, Nuclear engineering, Waste management, Philosophy, Philosophy (General), Waste disposal, Europa, Radioaktiver Abfall, Entsorgung, Endlagerung, Umweltverträglichkeit, Nachhaltigkeit, Standortplanung, Deutschland, Endlager, Kernkraftwerk, Stilllegung |
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Streffer, Christian aut, Radioactive Waste Technical and Normative Aspects of its Disposal by Christian Streffer, Carl Friedrich Gethmann, Georg Kamp, Wolfgang Kröger, Eckard Rehbinder, Ortwin Renn, Klaus-Jürgen Röhlig, Berlin, Heidelberg Springer-Verlag GmbH Berlin Heidelberg 2012, Online-Ressource (XXIV, 466 p, online resource), Text txt rdacontent, Computermedien c rdamedia, Online-Ressource cr rdacarrier, Ethics of Science and Technology Assessment 38, SpringerLink Bücher, Description based upon print version of record, Title Page; Preface; Foreword; Table of Contents; Figures; Tables; Einleitung; A Zusammenfassung, Schlussfolgerungen und Empfehlungen; Zusammenfassung; Technische Aspekte der dauerhaften Entsorgung radioaktiver Abfälle; Strahlenrisiko und Strahlenschutz; Entsorgung hochradioaktiver Abfälle unter dem Aspekt der Langzeitverantwortung; Rechtsfragen; Leitlinien für eine sozial verträgliche und gerechte Standortbestimmung; Schlussfolgerungen und Empfehlungen; Ethische Grundlagen; Sicherheitsanforderungen und -ziele; Entsorgungsprogramm und zeitlicher Ablauf; Auswahlverfahren, Kriterien, Transparenz, Risikokommunikation, PartizipationInstitutionen im Verfahren, Expertengruppen; Behördenorganisation; Entscheidungs-Diagramme; Vorbemerkungen; Entscheidungsdiagramm I; Entscheidungsdiagramm II; IntroductionThe; A Executive summary, conclusions and recommendations; Executive summary; Technical issues of long-term radioactive waste management; Radiation risk and radiological protection; Management of high level waste with reference to long-term responsibility; Legal questions of managing high level radioactive waste; Guidelines for a socially acceptable and fair site selection, Conclusions and recommendationsEthical framework; Safety requirements and goals; Waste management programme and timescale; Selection process, criteria; Transparency, communication of risks, participation; Institutions in the procedure, expert groups; Administrative structure; Decision-diagrammes; Preliminary Remarks; Decision diagramme I; Decision diagramme II; B Technical and normative foundations; Waste management strategies and disposal design; Background, basic approach; Fuel cycle options and influence on basic aspects ofradioactive waste management; Classification of radioactive waste, Current options for irradiated fuel managementAdvanced fuel cycles; Ensuring subcriticality; Potential radioactive waste management strategies and related technologies; Steps and building blocks; Reference case: direct disposal of spent nuclear fuel; Other cycles for the management of spent nuclear fuel and high level waste; Strategic decisions on the "end point" of radioactive waste management; Safety and security issues; Deep (geologic) disposal: potential host rocks and associated repository concepts; Retrievability issues; Long term safety assessment and the safety case, Security against intrusionChallenges to demonstration of long-term safety; Safety case concept; Timescales and potential roadmap; Radiation risk and radiological protection; Introduction; System of dose quantities in radiological protection; Application of effective dose; Collective dose; Radiotoxicity of safety-relevant radionuclides for waste repositories; Assessment of potential radiation doses from repositories; What is a low radiation dose?27; Microdosimetric considerations; Biological considerations; Radiation exposures from natural and man-made sources today, Development of health effects after radiation exposure28, Annotation, This volume offers a description of the technical concepts and the legal situation regarding radioactive waste in different countries. It provides a fundamentally informing contribution and considers the ethical, legal and social aspects of this topic, Radioactive waste (above all highly radioactive wastes from nuclear installations) caused by research, medicine and technology must be disposed of safely. However both the strategies disputed for the disposal of radioactive waste as well as concrete proposals for choosing a location for final waste disposal are highly debatable. An appropriate disposal must conform to both complex, technical requirements and fulfill the radio-biological conditions to appropriately protect man and nature. Ethical, legal and social conditions must also be considered. An interdisciplinary team from various, relev, Nuclear energy, Management, Industrial management, Ethics, Nuclear engineering, Waste management, Philosophy, Philosophy (General), Waste disposal, g (DE-588)4015701-5 (DE-627)104289007 (DE-576)208913092 Europa gnd, s (DE-588)4048190-6 (DE-627)10619190X (DE-576)209076550 Radioaktiver Abfall gnd, s (DE-588)4123143-0 (DE-627)105757233 (DE-576)209557222 Entsorgung gnd, s (DE-588)4014641-8 (DE-627)106339214 (DE-576)208908838 Endlagerung gnd, s (DE-588)4061655-1 (DE-627)106134949 (DE-576)209140712 Umweltverträglichkeit gnd, s (DE-588)4326464-5 (DE-627)131309382 (DE-576)211272418 Nachhaltigkeit gnd, s (DE-588)4077832-0 (DE-627)106079166 (DE-576)20920642X Standortplanung gnd, DE-101, g (DE-588)4011882-4 (DE-627)104704861 (DE-576)208896155 Deutschland gnd, s (DE-588)4322950-5 (DE-627)128103205 (DE-576)211240842 Endlager gnd, s (DE-588)4030329-9 (DE-627)106270540 (DE-576)20898691X Kernkraftwerk gnd, s (DE-588)4125246-9 (DE-627)105741647 (DE-576)209574976 Stilllegung gnd, (DE-627), Gethmann, Carl Friedrich 1944- (DE-588)118538985 (DE-627)079338550 (DE-576)161101429 oth, Kamp, Georg (DE-588)138122326 (DE-627)599882646 (DE-576)183595920 oth, Kröger, Wolfgang oth, Rehbinder, Eckard 1936- (DE-588)107044676 (DE-627)484455184 (DE-576)16268150X oth, Renn, Ortwin 1951- (DE-588)123881285 (DE-627)085499595 (DE-576)162702485 oth, Röhlig, Klaus-Jürgen oth, 9783642229244, Druckausg. Radioactive waste Berlin : Springer, 2011 XXIV, 464 S. (DE-627)664134203 (DE-576)350641579 9783642427374 9783642229244, https://doi.org/10.1007/978-3-642-22925-1 Verlag Volltext, http://dx.doi.org/10.1007/978-3-642-22925-1 Resolving-System lizenzpflichtig Volltext, https://swbplus.bsz-bw.de/bsz355115263cov.jpg V:DE-576 X:springer image/jpeg 20150929173743 Cover, (DE-627)675925770, http://dx.doi.org/10.1007/978-3-642-22925-1 DE-Ch1, DE-Ch1 epn:3342270071 2011-12-16T14:45:43Z, DE-105 epn:334227008X 2018-03-13T10:54:15Z, http://dx.doi.org/10.1007/978-3-642-22925-1 DE-Zwi2, DE-Zwi2 epn:3342270101 2012-11-22T11:59:05Z, http://dx.doi.org/10.1007/978-3-642-22925-1 Zum Online-Dokument DE-Zi4, DE-Zi4 epn:3342270128 2012-11-22T11:59:05Z, http://dx.doi.org/10.1007/978-3-642-22925-1 DE-520, DE-520 epn:3342270187 2016-02-08T14:32:15Z |
spellingShingle |
Streffer, Christian, Radioactive Waste: Technical and Normative Aspects of its Disposal, Title Page; Preface; Foreword; Table of Contents; Figures; Tables; Einleitung; A Zusammenfassung, Schlussfolgerungen und Empfehlungen; Zusammenfassung; Technische Aspekte der dauerhaften Entsorgung radioaktiver Abfälle; Strahlenrisiko und Strahlenschutz; Entsorgung hochradioaktiver Abfälle unter dem Aspekt der Langzeitverantwortung; Rechtsfragen; Leitlinien für eine sozial verträgliche und gerechte Standortbestimmung; Schlussfolgerungen und Empfehlungen; Ethische Grundlagen; Sicherheitsanforderungen und -ziele; Entsorgungsprogramm und zeitlicher Ablauf; Auswahlverfahren, Kriterien, Transparenz, Risikokommunikation, PartizipationInstitutionen im Verfahren, Expertengruppen; Behördenorganisation; Entscheidungs-Diagramme; Vorbemerkungen; Entscheidungsdiagramm I; Entscheidungsdiagramm II; IntroductionThe; A Executive summary, conclusions and recommendations; Executive summary; Technical issues of long-term radioactive waste management; Radiation risk and radiological protection; Management of high level waste with reference to long-term responsibility; Legal questions of managing high level radioactive waste; Guidelines for a socially acceptable and fair site selection, Conclusions and recommendationsEthical framework; Safety requirements and goals; Waste management programme and timescale; Selection process, criteria; Transparency, communication of risks, participation; Institutions in the procedure, expert groups; Administrative structure; Decision-diagrammes; Preliminary Remarks; Decision diagramme I; Decision diagramme II; B Technical and normative foundations; Waste management strategies and disposal design; Background, basic approach; Fuel cycle options and influence on basic aspects ofradioactive waste management; Classification of radioactive waste, Current options for irradiated fuel managementAdvanced fuel cycles; Ensuring subcriticality; Potential radioactive waste management strategies and related technologies; Steps and building blocks; Reference case: direct disposal of spent nuclear fuel; Other cycles for the management of spent nuclear fuel and high level waste; Strategic decisions on the "end point" of radioactive waste management; Safety and security issues; Deep (geologic) disposal: potential host rocks and associated repository concepts; Retrievability issues; Long term safety assessment and the safety case, Security against intrusionChallenges to demonstration of long-term safety; Safety case concept; Timescales and potential roadmap; Radiation risk and radiological protection; Introduction; System of dose quantities in radiological protection; Application of effective dose; Collective dose; Radiotoxicity of safety-relevant radionuclides for waste repositories; Assessment of potential radiation doses from repositories; What is a low radiation dose?27; Microdosimetric considerations; Biological considerations; Radiation exposures from natural and man-made sources today, Development of health effects after radiation exposure28, Annotation, This volume offers a description of the technical concepts and the legal situation regarding radioactive waste in different countries. It provides a fundamentally informing contribution and considers the ethical, legal and social aspects of this topic, Radioactive waste (above all highly radioactive wastes from nuclear installations) caused by research, medicine and technology must be disposed of safely. However both the strategies disputed for the disposal of radioactive waste as well as concrete proposals for choosing a location for final waste disposal are highly debatable. An appropriate disposal must conform to both complex, technical requirements and fulfill the radio-biological conditions to appropriately protect man and nature. Ethical, legal and social conditions must also be considered. An interdisciplinary team from various, relev, Nuclear energy, Management, Industrial management, Ethics, Nuclear engineering, Waste management, Philosophy, Philosophy (General), Waste disposal, Europa, Radioaktiver Abfall, Entsorgung, Endlagerung, Umweltverträglichkeit, Nachhaltigkeit, Standortplanung, Deutschland, Endlager, Kernkraftwerk, Stilllegung |
swb_id_str |
355115263 |
title |
Radioactive Waste: Technical and Normative Aspects of its Disposal |
title_auth |
Radioactive Waste Technical and Normative Aspects of its Disposal |
title_full |
Radioactive Waste Technical and Normative Aspects of its Disposal by Christian Streffer, Carl Friedrich Gethmann, Georg Kamp, Wolfgang Kröger, Eckard Rehbinder, Ortwin Renn, Klaus-Jürgen Röhlig |
title_fullStr |
Radioactive Waste Technical and Normative Aspects of its Disposal by Christian Streffer, Carl Friedrich Gethmann, Georg Kamp, Wolfgang Kröger, Eckard Rehbinder, Ortwin Renn, Klaus-Jürgen Röhlig |
title_full_unstemmed |
Radioactive Waste Technical and Normative Aspects of its Disposal by Christian Streffer, Carl Friedrich Gethmann, Georg Kamp, Wolfgang Kröger, Eckard Rehbinder, Ortwin Renn, Klaus-Jürgen Röhlig |
title_short |
Radioactive Waste |
title_sort |
radioactive waste technical and normative aspects of its disposal |
title_sub |
Technical and Normative Aspects of its Disposal |
title_unstemmed |
Radioactive Waste: Technical and Normative Aspects of its Disposal |
topic |
Nuclear energy, Management, Industrial management, Ethics, Nuclear engineering, Waste management, Philosophy, Philosophy (General), Waste disposal, Europa, Radioaktiver Abfall, Entsorgung, Endlagerung, Umweltverträglichkeit, Nachhaltigkeit, Standortplanung, Deutschland, Endlager, Kernkraftwerk, Stilllegung |
topic_facet |
Nuclear energy, Management, Industrial management, Ethics, Nuclear engineering, Waste management, Philosophy, Philosophy (General), Waste disposal, Europa, Radioaktiver Abfall, Entsorgung, Endlagerung, Umweltverträglichkeit, Nachhaltigkeit, Standortplanung, Deutschland, Endlager, Kernkraftwerk, Stilllegung |
url |
https://doi.org/10.1007/978-3-642-22925-1, http://dx.doi.org/10.1007/978-3-642-22925-1, https://swbplus.bsz-bw.de/bsz355115263cov.jpg |
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