Tabla de Contenidos: “…CODIFICACIÓN ABIERTA -- 4.3.2. CODIFICACIÓN AXIAL -- 4.3.3. CODIFICACIÓN SELECTIVA -- 4.4. …”

Tabla de Contenidos: “…Standard Atmosphere Model; 2.3.1 The Lower and Middle Atmosphere: 0-100km; 2.3.2 Properties of the Lower and Middle Atmosphere; 2.3.3 Atmospheric Scale Height; 2.3.4 The Upper Atmosphere: 100-500km; 2.4 Flow Properties Using the Atmospheric Models; 2.4.1 Reynolds Number and Mach Number; 2.4.2 Dynamic Pressure; 2.4.3 Atmospheric Property Curve Fits; 2.5 Tables of Atmospheric Properties; 2.5.1 Tables in SI Units…”

Tabla de Contenidos: “…61 -- 4.4.2 Übungsblock 2: "Ich fühle mich mit mir und den anderen -- verbunden!" . 63 -- 4.4.3 Übungsblock 3: "Ich bewege mich, wie ich bin!" …”

Tabla de Contenidos: “…An ILP model for the MSFBC problem; 4.3. Heuristic approaches; 4.3.1. Frequency-based greedy; 4.3.2. …”

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Tabla de Contenidos: “…1.4.2 Linear Low-Pressure Polyethylene - High-Density Polyethylene1.4.3 Manufacture of HDPE (1955-1975); 1.4.3.1 Phillips Catalyst Produced HDPE with Higher Product Demand; 1.4.3.2 Phillips Catalyst Manufacturing Advantages; 1.4.3.3 Second Generation Ziegler Catalysts; 1.4.4 Single-Site Ethylene Polymerization Catalysts; 1.4.5 Status of the Polyethylene Industry as of 2010; 1.4.6 Global Demand for Polyethylene in 2010; 1.4.7 Polyethylene Product Lifecycle; 1.4.7.1 North American Polyethylene Market; 1.4.8 Comparison of Other Global Polyethylene Markets with the North American Market…”

Tabla de Contenidos: “…The population size at moments nt, 0 &lt -- t &lt -- 1 -- 6.4.3. The number of particles at moment τ(n) ≤ nt…”

Tabla de Contenidos: “…1.4.3. Create Your Company File1.4.4. Customizing Your Company File; 1.5. …”

Tabla de Contenidos: “…; 4.2 Who should be Following Best Practices?; 4.3 Summary of Best Practices; 4.3.1 Volatile data and live forensics; 4.3.2 Preservation best practices; 4.3.3 Acquisition best practices; 4.4 What Really Happens in Many Cases; Summary; 5 Overview of Digital Forensics Tools; Introduction; 5.1 What Makes a Tool Forensically Sound?…”

Tabla de Contenidos: “…Grazing incidence diffraction; 4.4.2. De-texturing; 4.4.3. Quantitative analysis…”

Tabla de Contenidos: “…4.1.3.1 ABM Modeling Exercises: Segregation4.1.3.2 ABM Modeling Exercises: Flocking; 4.2 Axon Guidance; 4.2.1 Background; 4.2.2 Understanding the Domain: Axon Biology; 4.2.3 Breaking Down the Problem; 4.2.4 Constructing a Model of Axon Development; 4.3 An Agent-Based Model for Cholera; 4.3.1 Model Description; 4.3.2 ABM Modeling Exercises: Cholera and the NetLogo BehaviorSpace; 4.4 Use and Description of ABM in Research: Tick-Borne; 4.4.1 The Model; 4.4.2 Purpose; 4.4.3 State Variables and Scales; 4.4.4 Process Overview and Scheduling; 4.4.5 Design Concepts; 4.4.6 Input…”

Tabla de Contenidos: “…4.2.2 Poisson distribution4.2.3 Normal (Gaussian) Distribution; 4.3 Distribution of means and proportions; 4.3.1 Two preliminary results; 4.3.2 Distribution of the sample mean; 4.3.3 Distribution of the sample proportion; 4.4 Multivariate normal distribution; 4.5 Statistical models applied to acceptance sampling; 4.5.1 Acceptance sampling by attributes; 4.5.2 Acceptance sampling by variables; 4.6 Exercises and follow-up activities; 5 Control charts; 5.1 Shewhart charts for measurement data; 5.1.1 I and MR charts for individual measurements…”

Tabla de Contenidos: “…-- 2.4.2 Makroschlitten -- 2.4.3 Live-View -- 2.4.4 Abstützen -- 2.4.5 Bohnensack -- 2.4.6 Stativ -- 2.4.7 Stativkopf -- 2.4.8 Schnellkupplung -- Tiefe Kamerastandpunkte -- Abstützen oder nicht? …”

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Tabla de Contenidos: “…3.6 Security at Layer 5+Chapter 4: Voice-Oriented Wireless Networks; 4.1 The Wireless Medium; 4.1.1 Radio Propagation Effects; 4.1.2 Hidden Terminal Problem; 4.1.3 Exposed Terminal Problem; 4.1.4 Bandwidth; 4.1.5 Other Constraints; 4.2 The Cellular Architecture; 4.3 TWNs: First Generation; 4.3.1 Addresses in AMPS; 4.3.2 Call Setup in AMPS; 4.4 TWNs: Second Generation; 4.4.1 Addresses in GSM; 4.4.2 Call Setup in GSM; 4.5 TWNs: Third Generation; 4.5.1 Connection Setup in UMTS; 4.6 The Overall Picture; Chapter 5: Data-Oriented Wireless Networks; 5.1 WLANs; 5.1.1: Addresses in 802.11…”

Tabla de Contenidos: “…Jahrhunderts -- 1.4‍ ‍Jüdische Figuren in der dänischen Literatur -- 1.4.1‍ ‍Vorläufer -- 1.4.2‍ ‍Textauswahl und Aufbau der Arbeit -- 1.4.3‍ ‍Forschung -- 1.5‍ ‍Theoretisch-methodische Zugänge -- 1.5.1‍ ‍Literaturwissenschaft und Antisemitismusforschung -- 1.5.2‍ ‍Kulturpoetik und Zirkulation -- 1.5.3‍ ‍Widerstände und die Lust am Text 1.6‍ ‍Philosemitismus als literarischer Diskurs -- 2‍ ‍Bernhard Severin Ingemann: Den gamle Rabbin (1827) -- 2.1‍ ‍Den gamle Rabbin -- Kontext und Einstieg -- 2.2‍ ‍Prototypen -- 2.2.1‍ ‍Die 'schöne Jüdin' -- 2.2.2‍ ‍Der 'edle Jude' -- 2.3‍ ‍Jüdische und christliche Welten -- 2.3.1‍ ‍Ausgrenzung I: Im Hause des reichen Juwelenhändlers -- 2.3.2‍ ‍Ausgrenzung II: Im Hause des assimilierten Juden -- 2.3.3‍ ‍Ankommen: Im Hause der guten Christen -- 2.4‍ ‍Der Künstler als Heiland -- 2.4.1‍ ‍Erkennen -- 2.4.2‍ ‍Erschaffen -- 2.4.3‍ ‍Erlösen -- 2.5‍ ‍Exkurs I: Hans Christian Andersen: Jødepigen (1855) 2.6‍ ‍Märchenhafte Novelle -- 2.7‍ ‍Ewiges Wandern -- Ahasverus -- 2.8‍ ‍Exkurs II: Hans Christian Andersen: Fodreise (1829) -- 2.9‍ ‍Jüdische Figuren als Türöffner und Alleskönner -- 3‍ ‍Steen Steensen Blicher: Jøderne paa Hald (1828) -- 3.1‍ ‍Blichers Juden in Jütland -- 3.2‍ ‍Jøderne paa Hald -- Aufbau und Rahmen -- 3.3‍ ‍Ahasverischer Spuk -- 3.4‍ ‍(Un-)echte Judenbilder -- 3.4.1‍ ‍Salamiel Lima -- 3.4.2‍ ‍Joseph Lima -- 3.4.3‍ ‍Der Unbekannte -- 3.5‍ ‍Sulamith -- die orientalisierte Jüdin -- 3.5.1‍ ‍"So komme, mein Geliebter, in seinen Garten" -- 3.5.2‍ ‍Musik als Ausdruck der Seele 3.6‍ ‍Erneuerung des Judentums -- 3.7‍ ‍Geglückte Akkulturation I: Typisch dänisch! …”

Tabla de Contenidos: “…First conceptualization of public innovation intermediation platforms (PIIPs) -- 4.3. The contribution of engineering sciences to the analysis of PIIPs: some directions to explore -- 4.3.1. …”

Tabla de Contenidos: “…3.4.1 Breaking down string inverters -- 3.4.2 Power quality improvement -- 3.4.3 Reasons for string inverters in utility-scale photovoltaic -- 3.4.4 Advantages of string inverters -- 3.5 Multistring inverter -- 3.5.1 Single-phase multistring five-level inverter -- Further reading -- 4 -- Emerging inverter topologies -- 4.1 Introduction -- 4.2 Types of inverter -- 4.2.1 String inverters -- 4.2.1.1 Multistring inverter -- 4.2.2 Microinverters -- 4.2.3 Battery inverters -- 4.2.4 Central inverters -- 4.3 Classification of transformerless inverter topologies -- 4.3.1 H4 topology -- 4.3.2 H5 topology…”

Tabla de Contenidos: “…Intro -- Preface -- Contents -- High Sensitivity Rotating Alternating Current Field Measurement for Arbitrary-Angle Underwater Cracks -- 1 Introduction -- 2 Induced Rotating Alternating Current Field -- 2.1 RACFM Theoretical Model -- 2.2 FEM Modeling and Analyzing -- 3 RACFM System for Arbitrary-Angle Cracks Measurement -- 3.1 RACFM System -- 3.2 RACFM Probe -- 3.3 RACFM Waterproof Shell -- 4 RACFM System Testing and Discussing -- 4.1 Experiment System -- 4.2 Discussion -- 5 Conclusion -- References -- Detection of Cracks in Metallic Objects by Arbitrary Scanning Direction Using a Double U-Shaped Orthogonal ACFM Probe -- 1 Introduction -- 2 FEM Model of Double U-Shaped Orthogonal ACFM Probe -- 3 Cracks Detection Experiments -- 4 Conclusion -- References -- A Novel Fatigue Crack Angle Quantitative Monitoring Method Based on Rotating Alternating Current Field Measurement -- 1 Introduction -- 2 Theoretical Model -- 3 Finite Element Analysis -- 3.1 Model Set Up -- 3.2 Characteristic Signal Analysis of Cracks with Different Angles -- 3.3 Characteristic Signal Analysis of Cracks with Different Lengths and Depths -- 4 Experimental Setup and Result -- 4.1 Probe and System Setup -- 4.2 Crack Length Monitoring -- 4.3 Crack Depth Monitoring -- 4.4 Modification of the Measured Angle of the Crack -- 5 Conclusions and Further Work -- References -- Inspection of Both Inner and Outer Cracks in Aluminum Tubes Using Double Frequency Circumferential Current Field Testing Method -- 1 Introduction -- 2 Finite Element Method Model -- 2.1 Simulation Model -- 2.2 High Frequency Excitation Signal -- 2.3 Low Frequency Excitation Signal -- 3 Testing System -- 3.1 Probe with Sensor Arrays -- 3.2 Testing System -- 4 Inspection of Inner and Outer Cracks -- 4.1 Specimen -- 4.2 Inspection of Different Depth Cracks -- 4.3 Inspection of Different Length Cracks…”

Tabla de Contenidos: “…1 Fashion Renovation via Upcycling; Abstract; 1 Introduction; 2 Fast Fashion; 3 Textile Waste and Recycling; 3.1 Classification of Textile Waste; 3.2 Recycling Technologies; 4 Textile Upcycling; 4.1 History of Upcycling; 4.2 Global Scenario; 4.2.1 Kallio; 4.2.2 Sword & Plough; 4.2.3 Reformation; 4.2.4 Looptworks; 4.2.5 Seamly.co; 4.2.6 Reclaimed; 4.3 Indian Scenario; 4.3.1 Trmtab; 4.3.2 BlueMadeGreen; 4.4 Framework for Upcycling; 5 Case Studies on Textile Upcycling; 5.1 Case Study 1-Conversion of Ladies T-shirt into Kid's Nightwear ; 5.2 Case Study 2-Conversion of Ladies T-shirt and Tank Top into Kid's Frock5.3 Case Study 3-Conversion of T-shirt into Kid's a-Line Skirt; 5.4 Case Study 4-Conversion of Nighty and Frock into Kid's Frock; 5.5 Case Study 5-Conversion of T-shirt into Kid's Frock; 5.6 Case Study 6-Conversion of T-shirt into Baby Frock; 5.7 Case Study 7-Conversion of T-shirt into Kid's Fancy Frock; 5.8 Case Study 8-Conversion of Ladies T-shirt into Kid's T-shirt; 5.9 Case Study 9-Conversion of Ladies T-shirt into Teenage T-shirt with Lace Neck; 5.10 Case Study 10-Conversion of Ladies T-shirt into Kid's Night Pant ; 6 Customer Feedback7 Conclusions; References; 2 The Use of Recycled Fibers in Fashion and Home Products; Abstract; 1 Introduction; 2 The Textile and Apparel Industry; 3 Textile Recycling Aligned with the Circular Economy; 4 Open- and Closed-Loop Recycling; 5 Recycling and Reuse; 6 The Textile and Apparel Supply Chain; 7 Recycling in the Textile and Apparel Industry; 8 Mechanical Recycling; 9 Chemical Recycling; 10 Textile and Apparel Recycling Programs in the Industry; 11 Raw Materials-Fibers/Yarns; 12 Unifi; 13 Tenjin; 14 Aquafil; 15 Martex Fiber; 16 Evrnu; 17 EcoAlf; 18 Timberland; 19 Nike ; 20 Speedo21 Adidas; 22 Hanes; 23 H 24 The North Face; 25 Patagonia; 26 Cone Denim; 27 Levi Straus & Co; 28 Conclusion; References; 3 Denim Recycling; Abstract; 1 The Denim Background; 1.1 History of Blue Jeans; 1.2 Interesting Facts About Blue Jeans; 1.3 Soft Value of Denim Jeans; 1.4 Social and Cultural Value of Denim Jeans; 1.5 Individualistic Intimacy of Blue Jeans; 1.6 Life Cycle of Denim Jeans; 2 Problems with Textile Waste-Denim Waste and Associated Issues; 2.1 Types of Waste; 2.2 Denim Waste and Associated Issues; 2.3 Indigo Dyes; 2.4 Dyeing Pollution-Savar, Bangladesh ; 2.5 Pollution in Xintang, South West China2.6 Problems Associated with Waste Management; 3 Reuse and Recycling of Denim-Technology of Denim Recycling; 3.1 Source of Denim Waste; 3.2 Repurpose and Reuse Denim Jeans; 3.3 Upcycling of Denim Jeans; 3.4 Constraints in Denim Jean Recycling; 3.5 Mechanical Recycling of Denim Jeans; 3.6 Chemical Recycling in Denim Manufacturing Process; 4 Economics of Denim Recycling; 4.1 Efforts for a Circular Economy; 4.2 Evaluation of Jeans for Sustainability; 4.3 GSTAR-RAW Project; 4.4 Iris Industries-Denimite…”