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TUM Classification System - Chemistry

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CHE 000Belonging to the Subject; not further Classified
CHE 001Chemistry in General
CHE 100Physical and Theoretical Chemistry
CHE 200Analytical Chemistry
CHE 300

Inorganic Chemistry
CHE 380

Materials Chemistry, Nanomaterials (Chemical Aspects)
CHE 400Nuclear Chemistry; Radiochemistry
CHE 500

Food Chemistry
CHE 600Organic Chemistry
CHE 700

Macromolecular Chemistry, Polymer Chemistry
CHE 780Supramolecular Chemistry
CHE 800

Biochemistry
  • CHE 000: Belonging to the Subject; not further Classified
  • CHE 001: Chemistry in General
    • CHE 002: Introduction to Chemistry for Other Subject Areas
    • CHE 003: Search of Literature, Documentation, Patent System and Law for Chemists, Database Researches
      Patent System in General see TEC 500 ff
    • CHE 004: Studies; Profession
    • CHE 005: Organizations, Institutions, Companies (Company Publications), Associations
    • CHE 006: Relations to Other Topics; Chemistry and Society; Popular Scientific Presentations; Chemistry in Everyday Life
    • CHE 007: History of Chemistry
    • CHE 008: Biographies of Chemists, Commemorative Publications and Lectures, Correspondence Collections, Collected Works of Individual Chemists
    • CHE 009: Theoretical and Methodical Basic Principles: Chemical Nomenclature, Chemical Arithmetic, Stoichiometry, Scientific Work
    • CHE 010: Experimental Chemistry; Laboratory Equipment and Technology, Experimental Methods, Practical Training Experiments, Solvents
      Physicochemical see CHE 112
      Inorganic see CHE 302
      Organic see CHE 602
      Macromolecular see CHE 702
      Biochemical see CHE 810
      Laboratory Practice in General see NAT 115 ff
    • CHE 011: Accident Prevention, Dangerous Agents, Laboratory Safety
      Dangerous Substances in Chemistry Teaching see CHE 019
      Safety Engineering (Safety at Work); Occupational Health and Safety; Hazardous Substances; Transportation of Hazardous Materials; Explosion Prevention; Equipment Safety see TEC 770 ff
    • CHE 015: Didactics in Chemistry, Teacher-Training, Chemistry Teaching
      Science Education see EDU 750
      • CHE 016: Special Topics, Subdomains of Didactics in Chemistry and Teacher-Training
      • CHE 017: School Curricula, Chemistry School Books, Teaching Guides for Chemistry Schoolbooks
      • CHE 018: Topical Guides for Chemistry Teaching
      • CHE 019: Experiment-Based Chemistry Teaching at Schools
    • CHE 020: Mathematical Methods and Computer Applications in Chemistry
      Applications of Group Theory see CHE 158
      • CHE 023: Chemometrics, Statistical Methods in Experimental Design and Evaluation, Computer Applications in Spectroscopy and Analytical Chemistry
      • CHE 026: Computer Simulation, Computer-Aided Molecular Design, Molecular Modelling
      • CHE 029: Computer-Based Visualization of Chemical and Molecular Structures
        Storage and coding of chemical structures in information systems see CHE 003
    • CHE 050: Green Chemistry, Sustainability in Chemistry
    • CHE 060: Plasma Chemistry, High-Temperature Chemistry
    • CHE 070: High-Pressure Chemistry
    • CHE 075: Sonochemistry
  • CHE 100: Physical and Theoretical Chemistry
    • CHE 112: Physico-Chemical Experiments, Laboratory Technology, Practical Training Experiments
    • CHE 120: Atomic Structure; Periodic System of the Elements, Physico-Chemical Characteristics of the Elements
      Atom and Molecule Data see also PHY 540
    • CHE 130: General Structural Chemistry and Stereochemistry; Molecular Structure, Intramolecular Interactions
      Chemical Bonding Theory see CHE 150
    • CHE 133: Intermolecular Interactions; Dipoles; Dipol Moments; Electric Polarization; Dielectrics
    • CHE 134: Hydrogen Bond
    • CHE 138: Liquids; Solutions; Solubility; Solvation
      Electrochemical Aspects see CHE 142
      Liquid Physics see also PHY 603
      Liquid Theory see also PHY 604 ff
    • CHE 140: Electrochemistry; Oxidation Potentials
      Organic Electrochemistry see CHE 627
      Electrochemical Processes see CIT 335
      • CHE 142: Electrolyte Solutions
      • CHE 144: Electrode Processes
    • CHE 145: Ph Measurement
    • CHE 146: Acids and Bases
    • CHE 147: Solid Electrolytes
    • CHE 150: Theoretical Chemistry, Quantum Chemistry, Chemical Bond
      Electron Structure of Atoms and Molecules; Chemical Bond see also PHY 501
    • CHE 152: MO Theory (Molecular Orbital Theory); HMO Method (Hückel Molecular Orbital Method)
      Ab Initio Calculations see also PHY 502
    • CHE 154: Excitation States; Excited State Chemistry
      Excited States; Rydberg States see also PHY 503
    • CHE 156: Ligand Field Theory
    • CHE 158: Group Theory; Molecular Symmetry
    • CHE 160: Spectroscopy (Theory)
      Spectroscopic Procedures in General; Spectrochemical Analysis; Photometry in General see CHE 236 ff
    • CHE 163: Chemical Reaction Kinetics
    • CHE 164: Elementary Processes of Chemical Reactions
    • CHE 165: Gas Phase Reactions
    • CHE 166: Fast Chemical Reactions; Fast Chemical Processes
    • CHE 167: Catalysis
      Biocatalysis see CHE 825 ff
    • CHE 168: Solvent Effects in Chemical Reactions
    • CHE 170: Chemical Thermodynamics; Chemical Equilibrium
    • CHE 174: Thermochemistry; Calorimetry
      Measuring Caloric Variables see also MSR 365
    • CHE 178: States of Matter; Pure Phases; Dual- and Multi-Component Systems; Solutions; Molten Salts; Liquid-Liquid Equilibria ; Gas-Liquid Equilibria
    • CHE 180: Surfactants; Adsorption (in General); Surface Chemistry; Colloids
    • CHE 185: Zeolites; Solid State Surfaces; Chemisorption
    • CHE 187: Magnetochemistry
    • CHE 189: Photochemistry
    • CHE 192: Transport Phenomena; Diffusion; Chemical Transport Reactions; Crystallization
    • CHE 194: Solid State Chemistry; Solid State Reactions
  • CHE 200: Analytical Chemistry
    Analytical Methods in Food Chemistry see CHE 505
    Analytical Chemistry of Polymers see CHE 720
    Biochemical Analysis see CHE 808
    • CHE 201: Analytical Inorganic Chemistry
    • CHE 202: Qualitative Inorganic Analysis
    • CHE 203: Quantitative Inorganic Analysis
    • CHE 205: Analytical Organic Chemistry
    • CHE 206: Quantitative Organic Analysis
    • CHE 207: Qualitative Organic Chemistry, Chemical Identification of Organic Compounds and Functional Groups; Organic Structureanalysis
    • CHE 208: Microanalysis; Trace Analysis; Purity Checking
    • CHE 210: Analytical Chemistry of Specific Elements and Compounds
    • CHE 216: Treatment of Material to Be Analyzed; Decomposition Methods; Separation Methods
    • CHE 218: Analytical Reagents
    • CHE 220: Specific Procedures in Analytical Chemistry and Structure Determination
    • CHE 221: Chemical Sensors
    • CHE 222: Chemical Procedures; Gravimetric Analysis; Volumetric Analysis
    • CHE 223: Ion Exchangers
    • CHE 224: Electrochemical Procedures; Electroanalysis; Dielectric Measuring Method
    • CHE 226: Polarography
    • CHE 228: Electrophoresis
    • CHE 230: Chromatographic Methods
      • CHE 232: Liquid Chromatography; Thin-Layer Chromatography; Columnchromatography
      • CHE 234: Gas Chromatography
    • CHE 236: Spectroscopic Procedures in General; Spectrochemical Analysis; Photometry in General
      Spectroscopy (Theory) see CHE 160
      Atomic and Molecular Spectra, Interaction with Photons see also PHY 510
      Molecular Spectra see also PHY 512 ff
    • CHE 237: Atomic Spectroscopy; Atomic Absorption Spectrometry; Flame Photometry; Emission Spectrum Analysis
      Atomic and Molecular Spectra, Interaction with Photons see also PHY 510
      Atomic Spectra see also PHY 511 ff
    • CHE 238: Colorimetry; Refractometry; Analytical Photometry
    • CHE 239: Infrared and Raman Spectroscopy
      Optical Spectroscopy (including Ultraviolet and Infrared) see also PHY 120
    • CHE 240: Ultraviolet Spectroscopy and Spectroscopy in the Visible Spectral Region
      Optical Spectroscopy (including Ultraviolet and Infrared) see also PHY 120
    • CHE 241: ORD (Optical Rotatory Dispersion) and CD (Circular Dichroism) Spectroscopy; Polarimetry
    • CHE 242: X-Ray Spectroscopy; X-Ray Spectral Analysis; Neutron Diffraction
      X-Ray Structural Analysis; X-Ray Absorption Spectroscopy see also PHY 606
    • CHE 243: Luminescence; Fluorescence Analysis; Phosphorescence
      Fluorescence; Luminescence; Phosphorescence see also PHY 513
    • CHE 244: NMR (Nuclear Magnetic Resonance) Spectroscopy
      NMR; NQR see also PHY 517
    • CHE 246: Microwave Spectroscopy
    • CHE 247: NQR (Nuclear Quadrupole Resonance) Spectroscopy
      NMR; NQR see also PHY 517
    • CHE 248: ESR (Electron Spin Resonance) Spectroscopy; EPR ( Electron Paramagnetic Resonance) Spectroscopy
      ESR; ESR Spectroscopy see also PHY 518
    • CHE 250: Electron Spectroscopy; Photoelectron/photoemission Spectroscopy (PES)
    • CHE 252: Mössbauer Spectroscopysee also PHY 521
    • CHE 254: Mass Spectrometry
      Mass Spectrometer; Mass Spectrometry see also PHY 115
      Atomic Masses; Isotopes; Mass Spectra see also PHY 541 ff
    • CHE 264: Microscopy; Electron Microscopy; Polarization Microscopy; Electron Probe Microanalysis/electron Microprobe Analysis (EPMA/EMPA) (PHY 130«)
      Microscopical Methods in Natural Sciences see NAT 117
      Microscopy see also PHY 130
      Electron Microscopy; Scanning Electron Microscopy see also PHY 135 ff
    • CHE 270: Gas Analysis and Preparation of Gases in a Pure State
    • CHE 274: Thermic Analysis Procedures, Thermogravimetry (TG), Differential Scanning Calorimetry (DSC), Differential Thermal Analysis (DTA)
    • CHE 280: Laboratory Equipment and Technology, Quality Control in Analytical Chemistry
    • CHE 295: Specific Applications of Analytical Chemistry (in Case not Listed in the Relevant Subject)
  • CHE 300: Inorganic Chemistry
    Bioinorganic Chemistry see CHE 805
    • CHE 301: Inorganic Chemical Nomenclature
    • CHE 302: Inorganic Experimental Chemistry and Laboratory Technology, Practical Training Experiments
    • CHE 305: Theoretical and Physical Inorganic Chemistry
    • CHE 308: Inorganic Reaction Mechanisms
    • CHE 312: Inorganic Structural Chemistry and Stereochemistry; Inorganic Crystal Chemistry
    • CHE 315: Chemistry of Metals and Transition Metals; Metal Clusters
    • CHE 320: Non-Stoichiometric Compounds
    • CHE 325: Chemistry of Non-Metals
    • CHE 326: Oxidation and Oxidation Mechanisms
    • CHE 327: Water, Water Chemistry
      Physico-Chemical Aspects of Water see CHE 138
    • CHE 328: Inclusion Compounds
    • CHE 330: Complex Chemistry; Organometallic Chemistry
      • CHE 331: Complex Compounds: Chemical Bond and Structure
      • CHE 332: Complex Compounds: Physico-Chemical Characteristics
      • CHE 334: Complex Compounds: Chemical Reaction and Synthesis
      • CHE 336: Complex Compounds: Spectroscopy and Analysis
    • CHE 340: Preparative Inorganic Chemistry
    • CHE 348: Chemistry in Water-Like Solvents
    • CHE 360: Hydrogen; Proton
    • CHE 361: Noble Gases: He, Ne, Ar, Kr, Xe, Rn
    • CHE 362: 1. Main Group (Alkali Metals): Li, Na, K, Rb, Cs, Fr
    • CHE 363: 2. Main Group (Alkaline-Earth Metals): Be, Mg, Ca, Sr, Ba, Ra
    • CHE 364: 3. Main Group (Boron Group): B, Al, Ga, In, Tl
    • CHE 365: 4. Main Group (Carbon Group): C, Si, Ge, Sn, Pb
    • CHE 366: 5. Main Group (Nitrogen Group): N, P, As, Sb, Bi
    • CHE 367: 6. Main Group (Chalcogens): O, S, Se, Te, Po
    • CHE 368: 7. Main Group (Halogens): F, Cl, Br, J, At
    • CHE 369: 1. Sub-Group: Cu, Ag, Au
    • CHE 370: 2. Sub-Group: Zn, Cd, Hg
    • CHE 371: 3. Sub-Group: Sc, Y, La
    • CHE 372: 4. Sub-Group: Ti, Zr, Hf, Rf
    • CHE 373: 5. Sub-Group: V, Nb, Ta, Ha
    • CHE 374: 6. Sub-Group: Cr, Mo, W
    • CHE 375: 7. Sub-Group: Mn, Tc, Re
    • CHE 376: 8. Sub-Group: Fe, Co, Ni, Ru, Rh, Pd, Os, Ir, Pt
    • CHE 377: Lanthanides: Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho
      Organometallic Compounds see CHE 330 ff
      Actinides see CHE 435
      Element-Organic Compounds see CHE 630 ff
  • CHE 380: Materials Chemistry, Nanomaterials (Chemical Aspects)
    Nanomaterials in General see TEC 030
    Nano-Particles see TEC 031
    Material Sciences see also WER ff
    • CHE 395: Chemistry of Photography; Theory of Photographic Processes
    • CHE 396: Production of Light-Sensitive Material; Emulsion; Sensitization, Resolving Capacity
  • CHE 400: Nuclear Chemistry; Radiochemistry
    Nuclear Process Engineering see NUC 050
    • CHE 435: Actinides: Th, Pa, U, Np, Pu, Am, Cm, Bk, Cf, Es, Fm, Md, No, Lr, Ku, Ns
    • CHE 440: Transactinoides
  • CHE 500: Food Chemistry
    Biochemistry see CHE 800 ff
    Nutrition - physiological Properties see OEK 400 ff
    Food in Kitchens see OEK 721 ff
    • CHE 503: Physical Characteristics
    • CHE 505: Analytical Methods
      Food Analysis see also LEB 070
    • CHE 507: Food Biochemistry; Food Components
    • CHE 510: Reaction Products in Food Processing; Maillard Reaction
    • CHE 513: Flavour Compounds; Sensory Analysis
    • CHE 515: Food Additives
    • CHE 516: Toxic Ingredients; Contaminating Substances
    • CHE 524: Other Ingredients
    • CHE 525: Animal-Based Food
      • CHE 526: Milk
      • CHE 527: Meat
      • CHE 528: Fish
    • CHE 530: Plant-Based Food
      • CHE 531: Cereals; Legumes; Carbohydrates
      • CHE 532: Vegetables; Fruit; Non-Alcoholic Beverages
    • CHE 533: Fats; Oils
    • CHE 534: Sugar; Honey; Sweeteners
    • CHE 535: Alcoholic Beverages
    • CHE 536: Coffee; Tea; Cacao; Tobacco; Spices
    • CHE 540: Consumer Products
    • CHE 541: Cosmetics
  • CHE 600: Organic Chemistry
    • CHE 601: Organic Chemical Nomenclature
    • CHE 602: Organic Experimental Chemistry and Laboratory Technology, Practical Training Experiments
    • CHE 606: Theoretical and Physical Organic Chemistry
    • CHE 608: Organic Reaction Mechanisms, Reactive Intermediates
      • CHE 609: Reaction Mechanisms of Specific Reactions or Types of Reaction
    • CHE 610: Organic Radicals; Free Radicals
    • CHE 612: Carbonium Ions; Carbanions; Carbenes; Oxonium Ions; Ammonium Ions; Halonium Ions
    • CHE 615: Organic Structural Chemistry and Stereochemistry, Stereoisomers; Analytical and Separation Procedures, Enantioseparations
    • CHE 617: Organic Crystal Chemistry, Liquid Crystals (Chemical Aspects)
    • CHE 620: Preparative Organic Chemistry, Synthesis Methods, Synthesis Strategies in Organic Chemistry
    • CHE 621: Reduction (Hydrogenation) and Oxidation
    • CHE 622: Organic Syntheses Using Metals and Metal Compounds
    • CHE 623: Organic Syntheses Using Non-Metal Compounds, Biotransformations (e.g. Using Enzymes)
    • CHE 624: Organic Syntheses of Specific Compounds, Total Syntheses , Stereoselective Synthesis, Asymmetric Synthesis
    • CHE 625: Organic Photochemistry
    • CHE 626: Chemiluminescence/chemoluminescence
    • CHE 627: Organic Electrochemistry
    • CHE 630: Organic Chemistry of Specific Elements
    • CHE 631: Halo-Organic Compounds
    • CHE 632: Organo-Sulfur Compounds, Organo-Selenium Compounds, Organo-Tellurium Compounds
    • CHE 633: Organo-Phosphorus Compounds, Organo-Arsenic Compounds, Organo-Antimony Compounds
    • CHE 634: Organo-Silicon Compounds, Organo-Boron Compounds; Silicones
    • CHE 645: Chemistry of Functional Groups, Protective Groups
    • CHE 646: Alcohols and Ethers, Organic Peroxides
    • CHE 647: Aldehydes and Ketones
    • CHE 648: Carboxylic Acids and Esters
    • CHE 649: Nitrogenous Functional Groups
    • CHE 657: Alkanes
    • CHE 658: Alkenes
    • CHE 659: Alkynes
    • CHE 660: Alicyclic Compounds and Derivatives; Medium-Sized and Large Carbon Ring Compounds; Macro-Cyclic Compounds
    • CHE 662: Small Carbon Ring Compounds (3- and 4-Membered Rings)
    • CHE 665: Aromatic Compounds and Derivatives
    • CHE 666: Substitution of Aromatic Compounds
    • CHE 667: Polycyclic Aromatic Hydrocarbons (Pah) and Non-Benzenoic Aromatic Compounds
    • CHE 670: Heterocyclic Compounds and Derivatives
      • CHE 672: 5-Membered Heterocycles and Derivatives
      • CHE 673: 6- or More-Membered Heterocycles and Derivatives
    • CHE 680: Organic Dyes
    • CHE 692: Alkaloids
    • CHE 697: Terpenes and Steroids
  • CHE 700: Macromolecular Chemistry, Polymer Chemistry
    Plastics Industry, Plastics Processing see CIT 700 ff
    Organic Solids; Polymers; Molecular Crystals see PHY 624
    Plastics (Polymers); Polymer Physics see WER 550 ff
    • CHE 702: Macromolecular Experimental Chemistry and Laboratory Technology, Practical Training Experiments
    • CHE 710: Physical and Physico-Chemical Characteristics of Polymers
      Atomic physics of Macro Molecules and Polymer Molecules see also PHY 545
    • CHE 712: Polymer Solutions, Polymer Colloids, Polymer Dispersions
    • CHE 713: Polymer Networks, Polymer Gels
    • CHE 714: Transport and Surface Phenomena; Adsorption
    • CHE 720: Analytical Chemistry of Polymers; Structure and Structure Determination; Polymer Spectroscopy
    • CHE 725: Radiation Chemistry and Photochemistry in Macromolecular Chemistry
    • CHE 730: Polymer Synthesis and Polymer Engineering
    • CHE 731: Polymerization
      • CHE 732: Radical Polymerization and Copolymerization
      • CHE 734: Anionic and Cationic Polymerization and Copolymerization
      • CHE 736: Ziegler-Natta Polymerization and Similar Methods, Metathesis Polymerization
      • CHE 737: Polyaddition; Polycondensation
    • CHE 740: Chemical Reactions on Polymers
    • CHE 755: Specific Polymers
      Materials Chemistry, Nanomaterials (Chemical Aspects) see CHE 380
    • CHE 760: Inorganic Polymers
    • CHE 762: Naturally Occurring Polymers; Biopolymers
      Amino Acids; Peptides; Proteins; Biogenic Amines see also CHE 820
      Mono-, Olio- and Polysaccharides see also CHE 850 ff
      Nucleotides; Nucleic Acids; Nucleoproteins see also CHE 860 ff
  • CHE 780: Supramolecular Chemistry
  • CHE 800: Biochemistry
    Genetics; Genetic Engineering; Molecular Genetics see BIO 180
    Physiology see BIO 210
    Molecular Biology see BIO 220
    Microbiology; Microorganisms in General see BIO 250 ff
    Plant Physiology see BIO 480 ff
    Animal Physiology see BIO 780 ff
    Food Chemistry see CHE 500 ff
    • CHE 801: Metabolism
      Basic Mechansims of Metabolism and Energy Conversion see also BIO 272
      Physiology of Metabolism and Energy Conversion see also BIO 485 ff
      Metabolic Physiology see also BIO 784 ff
    • CHE 802: Physical and Theoretical Biochemistry; Bioenergetics; Computer Applications in Biochemistry (in General)
      Biophysics see CHE 820 ff
    • CHE 803: Photosynthesis
      Phototrophic Bacteria and Photosynthesis see also BIO 282
      Physiology of Metabolism and Energy Conversion see also BIO 485 ff
    • CHE 804: Biosyntheses in General
    • CHE 805: Bioinorganic Chemistry
    • CHE 806: Biochemical Structural Chemistry and Stereochemistry; Structure and Specificity
      Structure Determination of Biologic Molecules and Systems (Proteins, DNA, …) see PHY 834
    • CHE 808: Biochemical Analysis; Pharmaceutical Analysis; Analytical Biochemistry; Application of Spectroscopic Methods and Scattering Methods (in General)
    • CHE 810: Biochemical Methods and Procedures, Laboratory Technology, Practical Training Experiments
    • CHE 812: Biochemical Photochemistry and Radiation Chemistry
      Photobiology see also BIO 148 ff
      Radiobiology see also BIO 150 ff
      Photosynthesis see also CHE 803
    • CHE 815: Biochemistry of Specific Chemical Elements
    • CHE 820: Amino Acids; Peptides; Proteins ; Biogenic Amines
    • CHE 823: Bio-Regulation
    • CHE 825: Biocatalysis, Enzymes in General
      • CHE 827: Enzyme Mechanisms and Kinetics
      • CHE 828: Enzyme Analysis, Isolation and Inhibition
      • CHE 829: Enzyme Structures
      • CHE 832: Specific Enzymes or Enzyme Classes
    • CHE 834: Hormones
    • CHE 836: Vitamins
    • CHE 840: Lipids; Lipoids
    • CHE 850: Mono-, Olio- and Polysaccharides
    • CHE 860: Nucleotides; Nucleic Acids; Nucleoproteins
    • CHE 870: Biochemistry of Plants; Plant Substances
      Molecular Biology of Plants see BIO 475
      Plant Physiology see BIO 480 ff
      Alkaloids see CHE 692
      Terpenes and Steroids see CHE 697
    • CHE 875: Antimicrobials (Microbicides); Antibiotics
      Others on Microbiology see BIO 349
    • CHE 877: Pheromones
    • CHE 880: Immunology
    • CHE 885: Biochemistry of Genetics and Evolution
      Genetics; Genetic Engineering; Molecular Genetics see also BIO 180
      Plant Genetics see also BIO 450 ff
      Animal Genetics see also BIO 750 ff
    • CHE 887: Membranes in Biology and Chemistry
      Cytology see also BIO 200
      Cytology; Cell Culture see also BIO 470 ff
      Cytology see also BIO 770 ff
    • CHE 889: Physiological Chemistry; Vertebrate Biochemistry
      Molecular Biology of Animals see BIO 775
      Animal Physiology see also BIO 780
    • CHE 890: Biochemistry of Pathological Disorders; Biochemistry of Carcinosis
      Cancer, in General; Oncology; Neoplastic Ulcers and Tumors see also MED 321
    • CHE 893: Medicinal Chemistry; Pharmaceutical Chemistry; Pharmaceutical Biology
      Pharmaceutical Chemistry see also MED 960