01280nam0 2200349 i 450 CAG009270020170908093251.0883680714320070706d2001 ||||0itac50 baitaspaitz01i xxxe z01nGiardino d'invernoPablo Nerudaa cura di Giuseppe BelliniAntellaPassiglii[2001]77 p.19 cm˜Le ÂœoccasioniTesto orig. a fronte.001REA00443692001 ˜Le ÂœoccasioniJardin de invierno.CAG0092701CFIV0022081483843Neruda, PabloFIRNAPC098920INeruda, PabloCFIV002208070131974Bellini, Giuseppe <1923- >CFIV025643Reyes, Neftalí RicardoCFIV002209Neruda, PabloReyes Basoalto, Ricardo NeftaliUSMV676059Neruda, PabloITIT-NA007920070706IT-NA0006CAG0092700Biblioteca del Centro caprense Ignazio Cerio1v CACERIO 02 03.12 CA 9000012895 I 1vC 2007070620070706 CAJardin de invierno1483843UNISANNIO04423nam 2200937z- 450 991063999240332120231214133140.03-0365-5862-4(CKB)5470000001633429(oapen)https://directory.doabooks.org/handle/20.500.12854/95778(EXLCZ)99547000000163342920202301d2022 |y 0engurmn|---annantxtrdacontentcrdamediacrrdacarrierCorrosion and Protection of Steels in Marine Environments: State-of-the-Art and Emerging Research TrendsBaselMDPI - Multidisciplinary Digital Publishing Institute20221 electronic resource (208 p.)3-0365-5861-6 Marine corrosion is a very ancient topic, as humankind has, since antiquity, struggled with the corrosiveness of seawater to exploit the countless and essential natural resources of the sea. It is also a broad topic because it combines chemical, biological, and mechanical factors. Among the numerous materials used for marine applications, iron-based alloys (i.e., steels) are essential in various industrial domains such as (of course) the naval industry (ships, submarines, etc.), the energy industry (pipelines, offshore platforms, renewable energy devices, etc.), and buildings (seaport structures, bridges, steel reinforcement in concrete, etc.). Marine corrosion is still an issue to this day, and the recent and necessary development of marine renewable energy devices has motivated innovative research. Currently, complete mastery of corrosion issues is a key aspect in the profitability of produced energy. Simultaneously, the requirements for environmentally friendly anticorrosion methods and processes are clearly expressed. Numerous fundamental and recent advances in marine corrosion and protection of steels, including carbon steel, low alloy steel, and stainless steel, can then be noted. This Special Issue is necessary to acknowledge the recent and sudden increase in the understanding of steel corrosion processes in marine environments and the associated optimization of anticorrosion methods. Last but not least, a large part of our cultural heritage lies at the bottom of seas and oceans, and it will definitely be lost if scientific research does not include current and historical concerns as well.Corrosion and Protection of Steels in Marine EnvironmentsTechnology: general issuesbicsscChemical engineeringbicssccarbon steelseawaterlocalized corrosionmagnetitegreen rustiron sulfidemarine corrosionmagnesiumX-ray diffractionreinforcementcorrosionchloridesprogressionalkalinitycrackingmetabarcodingMICmultispeciesSRBmarinecompositeselectrodepositionsuperhydrophobic coatingszinc and zinc-alloyselectroplatingaerospaceepoxy marine coatingsaccelerated ageing teststhermal cyclingEIScorrosion degreesteelmicrobiologically influenced corrosionbiofilmbacterial activitymooring chainSEMcorrosion fatiguetwin wire arc sprayingmachine hammer peeningZnAl4 coatingmarine applicationcorrosion protectioncathodic protectioncalcareous depositmarine renewable energyTechnology: general issuesChemical engineeringRefait Philippeedt1302706Chaves IgoredtRefait PhilippeothChaves IgorothBOOK9910639992403321Corrosion and Protection of Steels in Marine Environments: State-of-the-Art and Emerging Research Trends3026440UNINA02641nam 22004933 450 991079929420332120240201185312.09783161616075(electronic bk.)9783161616068(MiAaPQ)EBC7129378(Au-PeEL)EBL7129378(CKB)25265001100041(ScCtBLL)f4494735-765e-4a6e-86ce-76c797d65a59(EXLCZ)992526500110004120221104d2022 uy 0gerurcnu||||||||txtrdacontentcrdamediacrrdacarrierDezentrale autonome Organisationen (DAOs) und Gesellschaftsrecht Zum Spannungsverhältnis Blockchain-basierter und juristischer RegelnFirst edition.Tübingen :Mohr Siebeck,2022.©2022.1 online resource (311 pages)Schriften zum Recht der Digitalisierung.Print version: Mienert, Biyan Dezentrale autonome Organisationen (DAOs) und Gesellschaftsrecht Tübingen : Mohr Siebeck,c2022 9783161616068 Dezentrale autonome Organisationen (DAOs) versprechen, einen neuen Meilenstein für Organisationsstrukturen zu setzen, indem sie es Gruppen durch die Nutzung von Smart Contracts ermöglichen, bestimmte Aktionen und Verhaltensweisen automatisch zu steuern und zu koordinieren, um auf diese Weise effizienter und transparenter zu arbeiten. Insofern stellen DAOs zentrale Merkmale eines Unternehmens wie die hierarchische Organisationsstruktur, die Trennung von Firmenmitgliedern und Marktteilnehmern sowie viele andere Punkte radikal infrage. Biyan Mienert untersucht, ob sich diese neue rein digitale Organisation in rechtliche Grundstrukturen einfügt und mit vorhandenen Gesellschaftsformen in Einklang gebracht werden kann oder ob sie grundlegende Veränderungen dieser Strukturen erfordert. Aufgeworfene Thesen werden hierbei nicht nur in der Theorie beleuchtet, sondern durch die technische und rechtliche Analyse praktisch tätiger DAOs überprüft.Schriften zum Recht der Digitalisierung.Law / Conflict of LawsbisacshLaw / CommercialbisacshLaw / ComparativebisacshLawLaw / Conflict of LawsLaw / CommercialLaw / ComparativeLaw.Mienert Biyan1585996MiAaPQMiAaPQMiAaPQ9910799294203321Dezentrale autonome Organisationen (DAOs) und Gesellschaftsrecht3871993UNINA