TUM Classification System: Search

Results 8251 – 8300 of 8962

Notation	Hierarchy	Register
WER 318: Alkaline Metals (Lithium, Sodium, Potassium, Rubidium, Caesium)	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 310: Light Metals and Corresponding Alloys └WER 318: Alkaline Metals (Lithium, Sodium, Potassium, Rubidium, Caesium)	Alkaline Metals Lithium Sodium Potassium Rubidium Caesium
WER 320: Silicium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 310: Light Metals and Corresponding Alloys └WER 320: Silicium	Silicium
WER 322: Titanium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 310: Light Metals and Corresponding Alloys └WER 322: Titanium	Titanium
WER 324: Beryllium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 310: Light Metals and Corresponding Alloys └WER 324: Beryllium	Beryllium
WER 329: Other	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 310: Light Metals and Corresponding Alloys └WER 329: Other
WER 330: Heavy Metals and Corresponding Alloys	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys	Heavy Metals Heavy Metals Alloys
WER 332: Zinc	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 332: Zinc	Zinc
WER 334: Tin; Tinplate; White Metals	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 334: Tin; Tinplate; White Metals	Tin Tinplate White Metals
WER 336: Lead	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 336: Lead	Lead
WER 338: Copper; Brass; Bronzes	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 338: Copper; Brass; Bronzes	Copper Brass Bronzes
WER 340: Nickel	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 340: Nickel	Nickel
WER 342: Cobalt	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 342: Cobalt	Cobalt
WER 344: Manganese	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 344: Manganese	Manganese
WER 346: Other	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 330: Heavy Metals and Corresponding Alloys └WER 346: Other
WER 350: Noble Metals	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 350: Noble Metals	Noble Metals
WER 353: Gold; Silver	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 350: Noble Metals └WER 353: Gold; Silver	Gold Silver
WER 356: Platinum Metals: Ruthenium, Rhodium, Palladium, Osmium, Iridium, Platinum	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 350: Noble Metals └WER 356: Platinum Metals: Ruthenium, Rhodium, Palladium, Osmium, Iridium, Platinum	Platinum Metal
WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward)	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward)	High Melting Metals
WER 362: Zirconium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 362: Zirconium	Zirconium
WER 364: Chromium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 364: Chromium	Chromium
WER 366: Vanadium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 366: Vanadium	Vanadium
WER 368: Niobium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 368: Niobium	Niobium
WER 370: Molybdenum	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 370: Molybdenum	Molybdenum
WER 372: Tantalum	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 372: Tantalum	Tantalum
WER 374: Rhenium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 374: Rhenium	Rhenium
WER 378: Tungsten (Wolfram)	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 360: High and Very High Melting Metals (Melting Point from 1800°C upward) └WER 378: Tungsten (Wolfram)	Tungsten
WER 380: Low Melting Metals (up to 350°C)	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 380: Low Melting Metals (up to 350°C)	Low Melting Metals (up to 350у)
WER 382: Mercury (Quicksilver)	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 380: Low Melting Metals (up to 350°C) └WER 382: Mercury (Quicksilver)	Mercury (Quicksilver)
WER 384: Indium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 380: Low Melting Metals (up to 350°C) └WER 384: Indium	Indium
WER 386: Bismuth	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 380: Low Melting Metals (up to 350°C) └WER 386: Bismuth	Bismuth
WER 388: Selenium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 380: Low Melting Metals (up to 350°C) └WER 388: Selenium	Selenium
WER 389: Cadmium	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 380: Low Melting Metals (up to 350°C) └WER 389: Cadmium	Cadmium
WER 395: Other Non-Ferrous Metals; Rare Earth Metals	WER: Material Sciences └WER 100: Metallic Materials └WER 300: Non-Ferrous Metals and Corresponding Alloys └WER 395: Other Non-Ferrous Metals; Rare Earth Metals	Rare Earth Metals
WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures)	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures)	Special Materials High-Performance Materials Advanced Materials
WER 410: Smart Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 410: Smart Materials	Smart Materials
WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites)	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites)	Composite Materials Reinforced Materials Material Composites Hybride Materials
WER 421: Nanocomposites	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 421: Nanocomposites	Nanocomposites
WER 425: Metallic Composite Materials; Metal-Matrix Composite Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 425: Metallic Composite Materials; Metal-Matrix Composite Materials	Metallic Composite Materials Metal-Matrix Composite Materials
WER 430: Ceramic Composite Materials; Ceramic-Matrix Composite Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 430: Ceramic Composite Materials; Ceramic-Matrix Composite Materials	Ceramic Composite Materials Ceramic-Matrix Composite Materials
WER 435: Polymeric Composite Materials; Polymer-Matrix Composite Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 435: Polymeric Composite Materials; Polymer-Matrix Composite Materials	Polymeric Composite Materials Polymer-Matrix Composite Materials
WER 440: Fibre Composite Materials (incl. Fibrous Materials)	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 440: Fibre Composite Materials (incl. Fibrous Materials)	Fibre Composite Materials Fibrous Materials Materials, Fibre Composite Carbonaceous Composite Materials
WER 443: Fibre-Reinforced Plastics	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 440: Fibre Composite Materials (incl. Fibrous Materials) └WER 443: Fibre-Reinforced Plastics	Fibre-Reinforced Plastics
WER 450: Stratified Composite Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 450: Stratified Composite Materials	Stratified Composite Materials
WER 455: Particulate Composite Materials; Interpenetrating Composite Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 455: Particulate Composite Materials; Interpenetrating Composite Materials	Particulate Composite Materials
WER 458: Components and Structures Made of Material Composites	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 458: Components and Structures Made of Material Composites	Material Composites, Components and Structures
WER 459: Other Composite Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 420: Composite Materials in General (incl. Reinforced Materials and Material Composites) └WER 459: Other Composite Materials
WER 460: Sintered Materials; Porous Materials; Metal Foams; Granular Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 460: Sintered Materials; Porous Materials; Metal Foams; Granular Materials	Sintered Materials Porous Materials Metal Foams Granular Materials
WER 470: High-Temperature Materials, Low-Temperature Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 470: High-Temperature Materials, Low-Temperature Materials	High-Temperature Materials Low-Temperature Materials
WER 480: Hard Metals (Metal Carbides) and Hard Materials, Wear-Resistant Materials	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 480: Hard Metals (Metal Carbides) and Hard Materials, Wear-Resistant Materials	Hard Metals Hard Materials Wear-Resistant Materials
WER 490: Soft Matter	WER: Material Sciences └WER 400: Special Materials, High-Performance Materials (Advanced Materials) in General (incl. Relevant Components and Structures) └WER 490: Soft Matter	Soft Matter