01270nem0-2200385---450-99000958930040332120120612120104.0000958930FED01000958930(Aleph)000958930FED0100095893020120612d1952----km-y0itay50------baitaITb--------bl--aa-aabb-a--------a1:25000e0040730e0041500n0402500n0402000ad--b-----BernaldaDocumento cartograficoIGM1:25000 ; proiezione conforme universale trasversa di Mercatore (E4°07'30''-E4°15'/N40°25'-N40°20)FirenzeIGM19521 cartacolor.37 x 42 cm su foglio 51 x 62 cmCarta d'Italia201, quadrante 3, tavoletta SEIl meridiano di riferimento è Monte Mario, RomaRilievo del 1949Foglio 201, quadrante 3, tavoletta SEBasilicataCarteIstituto geografico militare5005ITUNINARICAUNIMARCMP990009589300403321MP Cass.2 201, 3(2)Ist. 3653ILFGEILFGEBernalda846055UNINA04676nam 2200697 a 450 991097087220332120250513230514.09783110924336311092433110.1515/9783110924336(CKB)3360000000338902(SSID)ssj0000750192(PQKBManifestationID)11395498(PQKBTitleCode)TC0000750192(PQKBWorkID)10737331(PQKB)11219397(DE-B1597)56708(OCoLC)979831875(DE-B1597)9783110924336(Au-PeEL)EBL3041493(CaPaEBR)ebr10595751(OCoLC)922944436(MiAaPQ)EBC3041493(PPN)202179826(Perlego)1159166(EXLCZ)99336000000033890220120925d2007 uy 0gerurcn|||||||||txtccrWas ist ein Text? Alttestamentliche, ägyptologische und altorientalistische Perspektiven /herausgegeben von Ludwig Morenz und Stefan SchorchBerlin Walter de Gruyter2007xx, 393 p. illBeihefte zur Zeitschrift für die alttestamentliche Wissenschaft,0934-2575 ;Bd. 362Bibliographic Level Mode of Issuance: Monograph9783110184969 3110184966 Includes bibliographical references and indexes.Front matter --Danksagung --Inhaltsverzeichnis --Was ist ein Text? Einleitung /MORENZ, LUDWIG / SCHORCH, STEFAN --I. Implikationen von Schrift und Schriftlichkeit --Textualität und Schriftlichkeit /EHLICH, KONRAD --Wie die Schrift zu Text wurde. Ein komplexer medialer, mentalitäts- und sozialgeschichtlicher Prozeß /MORENZ, LUDWIG D . --Tora als Text im Deuteronomium /SCHAPER, JOACHIM --Offene und geschlossene Texte im frühen Mesopotamien: Zu einer Text-Hermeneutik zwischen Individualisierung und Universalisierung /SELZ, GEBHARD J . --II. Wechselwirkungen zwischen Mündlichkeit und Schriftlichkeit --The Textualization of Torah in Jeremiah 8:8 /SCHNIEDEWIND, WILLIAM M . --Die Rolle des Lesens für die Konstituierung alttestamentlicher Texte /SCHORCH, STEFAN --Code-switching: The Public Reading of the Bible in Hebrew, Aramaic and Greek /SMELIK, WILLEM --III. Die materielle Dimension von Texten --Text - Situation - Format: Die materielle Gegenwart des Textes /CANCIK-KIRSCHBAUM, EVA --Die poetische-Struktur der Sinuhe-Dichtung /FEDER, FRANK --IV. Kriterien textueller Kohärenz --Texte mit Widersprüchen: Beobachtungen zu ihrem Selbstverständnis am Beispiel der Flutgeschichte /CRÜSEMANN, FRANK --Die textpragmatische Kohärenz der Tora-Rede (Dtn 1-30) im narrativen Rahmen des Deuteronomiums. Texte als Artefakte der Kommunikation und Gegenstände der Wissenschaft /HARDMEIER, CHRISTOF --Interkulturell lesen! Die Geschichte von Jiftach und seiner Tochter in Jdc 11,30-40 in textsemantischer Perspektive /KUNZ-LÜBCKE, ANDREAS --Geschichten und Geschichte in den nordwestsemitischen Inschriften des 1. Jahrtausends v. Chr. /KRATZ, REINHARD G. --Sprechaktsequenzen und Textkonstitution im Biblischen Hebräisch /WAGNER, ANDREAS --V. Intertextuelle Kohärenzstiftung --Biblische Anspielungen als Konstitutionsmerkmal jüdischer magischer Texte aus der Kairoer Geniza /SALZER, DOROTHEA M . --Textproduktion durch Zitation: Ist der Erste Petrusbrief der Autor der Gottesknechtslieder (1 Petr 2,21-25)? /VOUGA, FRANÇOIS --Zusammenfassungen / Abstracts --Autoren der Beiträge --IndexCollected papers from an interdisciplinary conference of biblical scholars and linguists, Egyptologists, scholars in Ancient Oriental Studies, and Judaists in Bielefeld-Bethel 2005.Gesammelte Beiträge einer interdisziplinären Konferenz von Bibel- und Sprachwissenschaftlern, Ägyptologen, Altorientalisten und Judaisten in Bielefeld-Bethel 2005.Beihefte zur Zeitschrift für die alttestamentliche Wissenschaft ;362.HISTORY / Ancient / GeneralbisacshEgyptology.Mesopotamia/ancient history.exegetics.text theory.HISTORY / Ancient / General.221.6BC 7920rvkMorenz Ludwig688474Schorch Stefan1808560MiAaPQMiAaPQMiAaPQBOOK9910970872203321Was ist ein Text4358870UNINA07436nam 2200709 a 450 991095762500332120251116140740.0978661019269497803091760260309176026978128019269212801926909780309578257030957825697805850370800585037086(CKB)110986584751710(OCoLC)42330423(CaPaEBR)ebrary10056997(SSID)ssj0000124138(PQKBManifestationID)11134088(PQKBTitleCode)TC0000124138(PQKBWorkID)10015780(PQKB)10790185(MiAaPQ)EBC3376720(Au-PeEL)EBL3376720(CaPaEBR)ebr10056997(OCoLC)697623923(Perlego)4736828(BIP)47112306(EXLCZ)9911098658475171019960530d1996 uy 0engurcn|||||||||txtccrCoatings for high-temperature structural materials trends and opportunities /Committee on Coatings for High-Temperature Structural Materials, National Materials Advisory Board, Commission on Engineering and Technical Systems, National Research Council1st ed.Washington, D.C. National Academy Press19961 online resource (101 p.) Bibliographic Level Mode of Issuance: Monograph9780309053815 0309053811 Includes bibliographical references.Coatings for High-Temperature Structural Materials -- Copyright -- Abstract -- Acknowledgments -- Preface -- Contents -- Acronyms -- Executive Summary -- TRENDS -- High-Temperature Coatings Design -- High-Temperature Coating Types -- Processes for Applying Coatings -- Degradation Modes -- Engineering Considerations -- Life-Cycle Factors -- NEAR-TERM OPPORTUNITIES -- Concurrent Development of High-Temperature Coatings and Substrate Materials -- Oxidation and Hot-Corrosion-Resistant Coating Development -- Thermal Barrier Coating Development -- Analytical Methods and Models -- Repair and Overhaul -- Nondestructive Evaluation -- LONG-TERM OPPORTUNITIES AND INNOVATIONS -- Innovative Coating Architectures -- Other Innovative Concepts -- 1 Introduction -- 2 Application Needs and Trends -- APPLICATION NEEDS -- Aircraft Turbine Needs -- Land-Based Turbine Needs -- Marine Turbine Needs -- CURRENT COMPONENT DESIGN AND BASE MATERIALS -- ADVANCED MATERIALS FOR ENGINE COMPONENTS -- Ceramics -- Intermetallics -- Refractory Metals -- 3 Materials and Processes -- COATINGS FOR HIGH-TEMPERATURE STRUCTURES -- Coatings for Superalloys -- Coatings for Ceramics -- Coatings for Refractory Metals -- Coatings for Intermetallic Materials -- COATING PROCESSES -- Physical Vapor Deposition -- Sputtering -- Thermal Spray Processes -- Diffusion Coating Methods -- COATING PROCESS CONTROL -- SUMMARY -- 4 Failure Modes -- DEGRADATION MECHANISMS OF STRUCTURAL MATERIALS -- DEGRADATION MECHANISMS OF COATINGS -- High-Temperature Oxidation -- Hot Corrosion -- Mechanical Distress -- Solid-State Diffusion -- Spallation -- A CASE STUDY: DEGRADATION OF THERMAL BARRIER COATINGS -- Spallation -- Plasma-Sprayed TBCs -- EB-PVD TBCs -- Erosion -- RESEARCH OPPORTUNITIES -- 5 Engineering Considerations -- COMPATIBILITY OF COATINGS WITH STRUCTURAL MATERIALS.Chemical (metallurgical) Compatibility -- Process Compatibility -- Mechanical Compatibility -- COMPONENT COATABILITY -- OTHER ENGINEERING CONSIDERATIONS -- Coating Databases -- Management of Air, Fuel, and Water -- Influence of Coatings on Gas-Turbine Emissions -- CONCURRENT COATING DEVELOPMENT -- 6 Refurbishment of Coated Structure -- FACTORS AFFECTING COMPONENT LIFE -- REPAIR OF HIGH-TEMPERATURE COATINGS -- Importance and Need of Repair Technology -- Current Status -- Future Directions -- STANDARD DESIGNATIONS FOR COATINGS -- NONDESTRUCTIVE EVALUATION -- 7 Near-Term Trends and Opportunities -- THERMAL BARRIER COATING DEVELOPMENT -- COATING PROCESSES -- Repair and Overhaul -- Analytical Methods -- Modeling -- Nondestructive Evaluation -- 8 Long-Term Opportunities and Innovative Systems -- INNOVATIVE COATING ARCHITECTURES -- Continuously Graded Coatings -- Horizontally Layered Materials -- Interphase Layers -- Vertically Layered Materials -- Three-Dimensional Structured Materials -- OTHER INNOVATIVE CONCEPTS -- Nanocrystalline Coatings and Substrates -- Advanced Processing -- Built-In Sensors for Condition Monitoring -- Embedded Microchannels within TBC for Cooling -- Coatings for Refractory Metals -- References -- Appendix A Testing and Standards -- NOMENCLATURE AND DESIGNATION -- PROCESSING -- MECHANICAL PROPERTIES -- CORROSION -- EROSION -- THERMAL PROPERTIES -- MICROSTRUCTURE -- INTERNATIONAL ACTIVITIES -- SUMMARY -- CURRENT STANDARDS -- American Society for Testing and Materials -- Society of Automotive Engineers -- Military Standards -- British Standards Institute -- DIN -- Japan Institute of Standards -- REFERENCES -- Appendix B Radiation Transport in Thermal Barrier Coatings -- REFERENCES -- Appendix C Survey of Nondestructive Evaluation Methods -- OPTICAL METHODS -- THERMAL METHODS -- Optical-Source Infrared Radiometric Detection.Other-Source Infrared Radiometric Detection -- Radiometric Methods in Coating Deposition -- Laser Acoustic Interferometric Imaging -- Induced Current Methods -- Injected Current Methods -- Conventional Ultrasonic Methods -- Laser Ultrasonics and Interferometric Detection -- X-ray Methods -- EMERGING NDE METHODS FOR INSPECTING COATING SYSTEMS -- X-ray Thermal Imaging: Composition with Depth -- Transient Grating Characterization Methods -- Microwave Thermoreflectance -- Modulated Stress Methods -- REFERENCES -- Appendix D Modeling of Coating Degradation -- CURRENT STATUS -- FUTURE DIRECTIONS -- Thermal Barrier Coating Modeling -- High-Temperature Oxidation -- Hot Corrosion -- Life-Prediction Models -- RECOMMENDATIONS -- REFERENCES -- Appendix E Manufacturing Technologies of Coating Processes -- DIFFUSION COATING PROCESSES -- Pack Cementation -- Out-of-Pack Methods -- Chemical Vapor Deposition -- THERMAL SPRAY PROCESSES -- Plasma Spraying -- Low-Pressure Plasma Spray -- High-Velocity Oxy-Fuel Processes -- PHYSICAL VAPOR DEPOSITION PROCESSES -- SPUTTERING -- ELECTROSPARK DEPOSITION -- AUXILIARY PROCESSES -- QUALITY CONTROL -- REFERENCES -- Appendix F Example of a Coating Designation System -- Appendix G Biographical Sketches of Committee Members.A report assessing coatings materials and processes for gas-turbine blades and vanes, examining potential applications in high-temperature environments. Discusses required inspection, repair, and maintenance methods, and reviews promising areas for research and development of materials and processesHeat resistant materialsRefractory coatingGas-turbinesBladesMaterialsHeat resistant materials.Refractory coating.Gas-turbinesBladesMaterials.MiAaPQMiAaPQMiAaPQBOOK9910957625003321Coatings for high-temperature structural materials4358495UNINA