Titlebook: Natural Gas Hydrate; In Oceanic and Perma Michael D. Max Textbook 2003 Springer Science+Business Media Dordrecht 2003 Atlantic Ocean.Indian

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Michael D. Maxin the world of information development. Cyber protection has been one of the greatest problems of our period. Whenever we talk about information protection, the first aspect that falls to our minds is cyber-attacks that are rising exponentially every day. A range of countries and businesses are imp

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Sheila L. McDonnell,Michael Czarneckimproving scalability, latency, and throughput compared to traditional cloud environment. Furthermore, with massive increase of IoT devices in the coming future, current solutions that consider centralized cloud computing may not be suitable. Blockchain has developed as a powerful technology enabling

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Introduction, Physical Properties, and Natural Occurrences of Hydrates of Humphrey Davy (Davy, 1811) in which gaseous chlorine and water formed solid chlorine hydrate upon cooling in the “- late cold weather -”. Faraday’s lab curiosity chlorine hydrate has water as the host molecule, and chlorine molecules as the guest. These pioneering syntheses experiments are the

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Natural Gas Hydrate: Background and History of Discoverylarge amount of hydrate methane that is sequestered in shallow terrestrial and marine sediments makes this methane an attractive target for those concerned about future energy requirements and resources. The fact that natural gas hydrate is metastable and affected by changes in pressure and temperat

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Permafrost-Associated Gas Hydrate to the formation of permafrost and gas hydrate have persisted in the Arctic since the end of the Pliocene (about 1.88 Ma). Maps of present day permafrost reveal that about 20 percent of the land area of the northern hemisphere is underlain by permafrost (Fig. 1). Geologic studies (MacKay, 1972; Lew