218 / FIELDS OF INSTRUCTION COURSES FOR ADVANCED UNDERGRADUATES AND GRADUATES MTL 510-ELECTRONIC STRUCTURE OF MATTER. 3 credits MTL 511-ELECTRONIC STRUCTURE AND PROPERTIES OF CRYSTALS 1. 3 credits MTL 512-ELECTRONIC STRUCTURE AND PROPERTIES OF CRYSTALS 2. 3 credits MTL 520-STRUCTURE AND PROPERTIES OF ALLOYS. 3 credits MTL 521-SOLID-STATE PROCESSES. 3 credits MTL 522-SELECTION OF MATERIALS. 3 credits MTL 540-MECHANICAL METALLURGY 1. 4 credits MTL 541-MECHANICAL METALLURGY 2. 3 credits MTL 542-METAL FORMING. 4 credits MTL 550-CHEMICAL METALLURGY 1. 3 credits MTL 551-CORROSION. 3 credits MTL 552-CHEMICAL METALLURGY 2. 3 credits MTL 555-X-RAY SPECTROCHEMICAL ANALYSIS. 4 credits MTL 560-X-RAY AND ELECTRON METALLOGRAPHY. 4 credits MTL 580-PHYSICAL CERAMICS 1. 3 credits MTL 581-PHYSICAL CERAMICS 2. 3 credits MTL 582-PHYSICAL CERAMICS 3. 3 credits MTL 595-SPECIAL TOPICS IN METALLURGICAL AND MATERIALS ENGINEERING. 3 credits. Maximum 6 credits GRADUATE COURSES MTL 601-ADVANCED PHASE DIAGRAMS 1. 3 credits Phase diagrams considering systems with as many as four components; em- phasis on pressure-temperature-composition diagrams. MTL 602-ADVANCED PHASE DIAGRAMS 2. 3 credits Prerequisite: MTL 601. Continuation of MTL 601. MTL 610-THEORY AND PROPERTIES OF METALS AND ALLOYS 1. 3 credits Prerequisite: MTL 510. Theory and structure of the free atom and assemblies of atoms; relationship of binding in solids to alloy formation, structures of metals and alloys, physical properties of metals and alloys. MTL 611-THEORY AND PROPERTIES OF METALS AND ALLOYS 2. 3 credits Prerequisite: MTL 610. Continuation of MTL 610. MTL 612-THEORY AND PROPERTIES OF METALS AND ALLOYS 3. 3 credits Prerequisite: MTL 611. Continuation of MTL 611. MTL 615-OPTICAL PROPERTIES OF METALS AND ALLOYS. 3 credits Prerequisite: MTL 510. Optical properties by reflection, refraction, and absorp- tion; methods for determining the optical constants of metals; relations between optical and electric constants; atomistic theory of the optical constants; optical properties in metal research. MTL 617-GROWTH, STRUCTURE AND PROPERTIES OF THIN FILMS. 3 credits Preparative techniques, structural characteristics and electronic properties of metallic, semiconducting and dielectric films. MTL 620-ADVANCED PHYSICAL METALLURGY 1. 3 credits Prerequisite: MTL 520. Kinetics of metallurgical processes; nucleation and growth, particle coarsening, martensite transformations, annealing, and sintering processes.