Active Lavas
portes grátis
Active Lavas
Monitoring and Modelling
Kilburn, Christopher R. J.; Luongo, Giuseppe
Taylor & Francis Ltd
09/2024
360
Mole
9781032350752
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Part 1: Morphology Preface 1. The Emplacement of Silicic Lava Flows and Associated Hazards Jonathan H. Fink 2. The Blocky Andesitic Lava Flows of Arenal Volcano, Costa Rica Scott R. Linneman and Andrea Borgia 3. Aa Lavas of Mount Etna, Sicily Christopher R. J. Kilburn and John E. Guest 4. Extra-terrestrial Lava Flows Rosaly M. C. Lopes-Gautier Part 2: Monitoring Preface 5. Field Observation of Active Lava in Hawaii: Some Practical Considerations Robert I. Tilling & Donald W. Peterson 6. Measuring the Properties of Flowing Lavas Harry Pinkerton 7. Convection Heat Transfer Rates in Molten Lava Harry C. Hardee 8. Remote Sensing of Active Lava David A. Rothery & David C. Pieri Part 3: Modelling Preface 9. Modelling The Rheology and Cooling of Lava Flows Michele Dragoni 10. Lava Crusts, aa Flow Lengthening and the Pahoehoe-aa Transition Christopher R. J. Kilburn 11. Thermal Feedback Mechanisms and their Potential Influence on the Emplacement of Lavas Harry C. Hardee 12. Cellular Automata Methods For Modelling Lava Flows: Simulation of the 1987-1987 Eruption, Mount Etna, Sicily D. Barca, G. M. Crisci, S. Di Gregorio & F. Nicoletta 13. A Short Introduction To Continuum Mechanics Soren-Aksel Sorensen Part 4: Mediating Preface 14. Interactions Between Scientists, Civil Authorities and the Public at Hazardous Volcanoes Donald W. Peterson & Robert I. Tilling
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Silicic lava emplacement;Silicic flow advance;Multiple lava flow;volcanic hazards;rheological properties of lavas;aa lava flows;The Moon;Mars;Venus;Io;lava lakes;eruptive vents;Lava Flows;Lava Lake;Flow Front;Active Lava;Aa Lavas;Effusion Rates;Active Lava Flows;Mount St Helens;Frontal Zone;Ash Flows;Molten Lava;Pahoehoe Lava;Lava Channel;Channel Zone;Tm Band;Flow Field;Flow Advance;Cellular Automata;Silica Content;Newtonian Fluid;Lava Field;Silicic Lavas;Composite Flows;Timescale Ratio
Part 1: Morphology Preface 1. The Emplacement of Silicic Lava Flows and Associated Hazards Jonathan H. Fink 2. The Blocky Andesitic Lava Flows of Arenal Volcano, Costa Rica Scott R. Linneman and Andrea Borgia 3. Aa Lavas of Mount Etna, Sicily Christopher R. J. Kilburn and John E. Guest 4. Extra-terrestrial Lava Flows Rosaly M. C. Lopes-Gautier Part 2: Monitoring Preface 5. Field Observation of Active Lava in Hawaii: Some Practical Considerations Robert I. Tilling & Donald W. Peterson 6. Measuring the Properties of Flowing Lavas Harry Pinkerton 7. Convection Heat Transfer Rates in Molten Lava Harry C. Hardee 8. Remote Sensing of Active Lava David A. Rothery & David C. Pieri Part 3: Modelling Preface 9. Modelling The Rheology and Cooling of Lava Flows Michele Dragoni 10. Lava Crusts, aa Flow Lengthening and the Pahoehoe-aa Transition Christopher R. J. Kilburn 11. Thermal Feedback Mechanisms and their Potential Influence on the Emplacement of Lavas Harry C. Hardee 12. Cellular Automata Methods For Modelling Lava Flows: Simulation of the 1987-1987 Eruption, Mount Etna, Sicily D. Barca, G. M. Crisci, S. Di Gregorio & F. Nicoletta 13. A Short Introduction To Continuum Mechanics Soren-Aksel Sorensen Part 4: Mediating Preface 14. Interactions Between Scientists, Civil Authorities and the Public at Hazardous Volcanoes Donald W. Peterson & Robert I. Tilling
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Silicic lava emplacement;Silicic flow advance;Multiple lava flow;volcanic hazards;rheological properties of lavas;aa lava flows;The Moon;Mars;Venus;Io;lava lakes;eruptive vents;Lava Flows;Lava Lake;Flow Front;Active Lava;Aa Lavas;Effusion Rates;Active Lava Flows;Mount St Helens;Frontal Zone;Ash Flows;Molten Lava;Pahoehoe Lava;Lava Channel;Channel Zone;Tm Band;Flow Field;Flow Advance;Cellular Automata;Silica Content;Newtonian Fluid;Lava Field;Silicic Lavas;Composite Flows;Timescale Ratio
