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01:35:21 REU presentation Tuesday 7/14/2020 REU presentation Tuesday 7/14/2020	REU presentation Tuesday 7/14/2020 Zoom Recording ID: 96251374359 UUID: z8AUYGlzQ/qWUEvVGtXAJQ== Meeting Time: 2020-07-14T13:47:26Z front panel motor pairs networks stainless steel head pieces angular alignment materials science maximum flux physical quantities set screw voltage bias translation stage mathematical and quantitative methods (economics) 501(c)(3) nonprofit organizations electronic devices 120 degrees piping biomaterials comedy webcomics artist measurements semiconductor devices machine shop pretty big measurement crystallography transition metals machines simple cubic anions fluid dynamics cell biology external machine shop conceptual systems chemical properties firelighting 1st step alternative education dance dance play mode metal flange building materials barrel holder photographic plate industry thin films spheres length scanning tunneling microscope symmetry low pressure microscopes learning roofing materials wafer scale previous maximum energy band mechanical engineering metal supports morning good morning approximate form assumption fraction pattern deposition technique gunny ometer chemical reaction industry collaborator dentistry momentum space radio function condensed matter physics main focus summer project machine learning operations research error mechanical engineer aesthetics motor driver crystals symmetry breaking screws gas flow engineering disciplines large data set user friendly good thing accuracy and precision caption complete precursor gas circles vision temperature good morning fudge factor fusion cell fixed radius rotational symmetry chemistry functional groups From James Overhiser 17 plays
16:30 CNF NanoCourses 2004 – Section 3.3:… CNF NanoCourses 2004 – Section 3.3: Evaporation (Michael S	CNF NanoCourses 2004 – Section 3.3: Evaporation (Michael S charge carriers earth metallurgy source concepts in physics materials temperature plasma processing vacuum electrodes dietary minerals physical objects industrial processes semiconductor device fabrication hydraulics laboratory equipment crystallography chemical engineering properties thin films electrical conductors phases of matter coatings information science atmospheric thermodynamics concentrate phase transitions mechanisms reducing agents requirements contamination chemical processes dielectrics evaporation heat transfer science experiments analytical chemistry biology and pharmacology of chemical elements pyrotechnic fuels liquids separation processes transition metals mechanical vibrations discussion sample caption complete packaging materials deposition materials science geometry surface electron sedimentology frequency evaporators surfaces electricity meteorology thin film deposition management chemical properties classical mechanics nonmetals physical chemistry contaminant library science monitor rate monitor mechanical engineering research energy pressure glass engineering and science solvents topology social psychology glass vapor pressure fluid dynamics solutions geological processes application thermodynamics material metals 3play_vodcnf_standard From David Botsch 125 plays
56:48 CNF NanoCourses 2004 – Section 4.4: Auger… CNF NanoCourses 2004 – Section 4.4: Auger and Thin Film An	CNF NanoCourses 2004 – Section 4.4: Auger and Thin Film An metalloids chemical elements multinational companies thermodynamics building materials electrical conductors measuring instruments optics physical chemistry material group theory ions transition metals microscopy systems science geochemistry carbon cartography oncology native element minerals sensitivity spectroscopy energy levels gallium arsenide carbon forms microscopes condensed matter physics problem solving chemical properties iarc group 2b carcinogens maintenance ergonomics kinematics quantum chemistry scientific techniques mass spectrometry analytical chemistry phases of matter laboratory techniques soil contamination cobol atomic physics statistical terminology materials science reliability engineering differential calculus refractory materials object-oriented programming languages compound semiconductors metallurgy characteristic vacuum failure classical mechanics molecules physical objects food colorings iarc group 1 carcinogens precious metals electronics coatings density elementary algebra semiconductor materials business terms spectrum concepts in physics electromagnetism heat transfer philosophical terminology house types characterization dietary minerals energy (physics) c.h.f. occupational safety and health nonmetals molecular biology scientific terminology transition pyrotechnic fuels quantum electrodynamics measurement electromagnetic radiation toxicology teratogens particle physics sample industrial processes continuum mechanics chemical reactions charge carriers caption complete electron quantum mechanics forms of energy geography nuclear physics pnictogens chemistry energy conversion scattering thin films molecular physics systems theory reducing agents computer programming programming languages electrodes 3play_vodcnf_standard From David Botsch 77 plays
23:01 CNF NanoCourses 2004 – Section 4.3: Optical… CNF NanoCourses 2004 – Section 4.3: Optical and Electrical	CNF NanoCourses 2004 – Section 4.3: Optical and Electrical conductivity properties electrical systems analog circuits analytic geometry electronics terminology electrical engineering thin films oxide semiconductor device fabrication semiconductors thin film polarisation group theory systems theory caption complete photo resist light electricity matter compensator concepts in physics optics material thermodynamics large area interference length electronics resistance software electric current thickness historical scientific instruments measure design metrology measurement temperature differential calculus chemical elements operating system distributions bootable from read-only media geometrical optics current source type theory algebra physical objects substrate topology spectroscopy heat transfer concentration materials science technique bit difficult systems geometry web 2.0 3play_vodcnf_standard From David Botsch 76 plays