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14:54 LEPP Overview - Abigail Crites LEPP Overview - Abigail Crites	LEPP Overview - Abigail Crites Zoom Recording ID: 99888251598 UUID: hrBSmIgqRAS0z2Wg6SICgg== Meeting Time: 2023-03-24 12:08:38pmGMT lot physics theory things students cornell thing professor department kind bit materials matter particle stuff questions groups faculty ithaca universe folks telescope lab facilities beams vacuum background projects electronics systems accelerator From Sarah Winters 2 plays
01:10:03 CNF 35th Anniversary Welcome and Keynote CNF 35th Anniversary Welcome and Keynote	CNF 35th Anniversary Welcome and Keynote Welcoming Remarks, Dan Ralph and Don Tennant Keynote Speaker, Dr. William Brinkman (US DOE) agricultural pests free electron laser nuclear research centers 300 miles semiconductor devices natural gas scientific techniques light water reactors energy conversion microscopes fortune 500 lasers crystals national science foundation bio energy gallium arsenide nuclear power reactor types scattering social events national facilities caption complete long time petroleum production crystallography discovery platform interesting thing enhanced oil recovery national labs methane gas national laboratory particle physics high pressure nice event carbon sequestration accelerator physics renewable energy supercomputer sites semiconductor materials alternative fuels arsenides neutron big change materials science academic administration 1000 materials power plant livermore competition (economics) analysis tool electron science center california iarc group 1 carcinogens mediasite silicon technology atomic force small group fellow named natural resources diffraction pattern crops drug development fuel gas microscopy solar cells price competitive american physicists energy problem photovoltaics big impact call attention electric motors 3play_vodcnf_standard From Karlis Musa 21 plays
01:10:03 CNF 35th Anniversary - Introductory Remarks CNF 35th Anniversary - Introductory Remarks	CNF 35th Anniversary - Introductory Remarks Welcoming Remarks - Don Tennant agricultural pests free electron laser nuclear research centers 300 miles semiconductor devices natural gas scientific techniques light water reactors energy conversion microscopes fortune 500 lasers crystals national science foundation bio energy gallium arsenide nuclear power reactor types scattering social events national facilities caption complete long time petroleum production crystallography discovery platform national scale interesting thing enhanced oil recovery national labs methane gas national laboratory particle physics high pressure nice event carbon sequestration accelerator physics renewable energy supercomputer sites semiconductor materials alternative fuels arsenides neutron big change materials science argonne national laboratory academic administration 1000 materials power plant livermore competition (economics) analysis tool electron science center california iarc group 1 carcinogens mediasite silicon technology atomic force small group fellow named natural resources diffraction pattern crops drug development fuel gas microscopy solar cells price competitive american physicists energy problem photovoltaics big impact call attention electric motors From Karlis Musa 6 plays
01:11:49 From Einstein's Photoelectric Effect to Band… From Einstein's Photoelectric Effect to Band Mapping. (Shen)	From Einstein's Photoelectric Effect to Band Mapping. (Shen) 2019 Summer School optical spectroscopy energy electronic structure concepts in physics fermi energy kilo volt modern physics class simple system translational symmetry electrons inside electronic structure angle result photo continuum mechanics measure things perpendicular component high energy m.b.e. high energy resolution teaching photo electron nuclear physics good sample electrons coming electron coming magnetic field photo motion electron photo mission experiment radiobiology main factors electronics companies of the united kingdom color coded charge carriers probing depth elementary geometry photo mission material properties binding energy result photo mission energy electrons energy single spectrum measurement surface sensitive crystallography ray diffraction social sciences free carriers lead tennis ball high intensity basically map basic principle plane wave threshold energy reciprocal lot electronics pretty popular energy resolution material systems mission experiment momentum conservation free electron gas anthropology physical properties magnetism formally correct optical transition band structure plain wave deep inside huge number core levels geometry photon energy defined energy low energy channel plate key thing total momentum conservation laws quantum mechanical dipole matrix element universal curve symmetry simple relationship step model polar angle photo current main thing decision theory energy band photo mission process transition matrix element energy conservation band masses free electron large energy accelerator physics 100 electron volts potential barrier sudden approximation photo mission measurement work function radiation shield photo electrons coming classical mechanics momentum space physical quantities balls condensed matter physics photo machine discharge lamp single atom low energy electronic couple slides valence band spectroscopy higher harmonic generation plane momentum photo lecture mechanics actual process famous year nanometer probing mission process electron volts quantum mechanics class caption complete free space featureless background sample manipulator crystal wright fermi–dirac statistics thermodynamics higher energy kinetic energy highest energy vacuum chamber electronic band structures electron analyzer play momentum velocity quantum chemistry correct answer quantum materials electron momentum electromagnetism fermi level urban studies and planning electron leaving educational psychology energy range si derived units low temperature mass quantum mechanics nobel prize material science From James Overhiser 293 plays
39:59 Introduction to Electron Microscopy Introduction to Electron Microscopy	Introduction to Electron Microscopy 2017 PARADIM Intro to TEM David Muller aperture size observational astronomy data sets big objects scattering individual atoms long time electron microscopy optical devices fraction pattern molecules electromagnetic potential electron microscope big fat spot atomic force microscope strong lens 1000000 volts concepts in physics photography magnetic field c.c.d. camera numerical aperture 1st thing diffraction limited zation damage diffraction pattern huge cross sections charge carriers spherical aberration microscopy big angles optics objective lens chip failed 1st electron bacteria optical microscope radiation damage atomic physics imaging mode uniformly illuminated electron lens electron beam aberration correct magnetism lens action energy loss s.c.m. magnetic lens scientific techniques microscopes optic axis statistics accelerator physics transmission electron microscope geometrical optics science of photography scanning electron microscope incredibly incredibly tiny knowledge representation projectile lenses diffraction spot physical quantities digital photography diffraction blur objective aperture viewing screen magnetostatics condenser lens caption complete free space c.c.d. scattering mechanism particle physics electron gun great amount small spot atomic resolution single transistor time varying field elastic scattering high voltage t.m. electromagnetism charged particles electron military equipment academic administration losses equation From James Overhiser 172 plays
03:54:24 PARADIM JHU Data Meeting PARADIM JHU Data Meeting	PARADIM JHU Data Meeting computer data formal sciences psychometrics servers (computing) chemical elements networks xml technical communication big data d.f.t. writing metallurgy reducing agents communication drug discovery internet culture materials science data modeling building engineering computing terminology s.f. interoperability computer file formats a.p.i. scientific method data extraction data sets data warehousing micro structure nist problem solving data serialization formats python (programming language) models of computation crystallography particle physics medical terminology military tactics chemical properties research p.r. good things medicine japanese-language singers statistical charts and diagrams data analysis database theory f.t. statistical terminology visualization (graphic) database management systems cern methodology data expert r.p.i. negotiation mineralogy scientific techniques microscopes cybernetics n.s.f. learning data mining image processing statistics fiction human intensive information science accelerator physics python software artificial intelligence data points knowledge representation metals data collection condensed matter physics futurology machine learning jupiter notebooks data management theoretical computer science statistical data types processing internet slang x.m.l. sas hof computer graphics humanities application layer protocols computer vision computer science musical quintets mit south korean boy bands design of experiments literature metal model bioinformatics t.m. data application programming interfaces cooperatives windows-only free software dwb7 p.i. computer programming markup languages couple things databases integrated development environments From David Botsch 95 plays
54:03 CNF NanoCourses 2004 – Section 3.4: Dry… CNF NanoCourses 2004 – Section 3.4: Dry Etching (Meredith	CNF NanoCourses 2004 – Section 3.4: Dry Etching (Meredith state functions fluid dynamics concepts in physics electrical phenomena coolants plasma processing ions electron systems theory side wall electrode elementary geometry plasma semiconductor devices classical mechanics iarc group 1 carcinogens metals pyrotechnic fuels condensed matter physics quantum chemistry atmospheric thermodynamics decision theory substrate potential cybernetics aesthetics chemical reactions magnetism spectroscopy refrigerants chlorine c.h.f. chemical elements nonmetals noble gases audio effects molecule solvents vacuum measuring instruments electronic engineering charge carriers optics philosophical terminology reducing agents natural philosophy mass process chemical properties physical chemistry standards accelerator physics silicon compounds inorganic compounds telecommunications algebra molecular physics electrodynamics audio engineering capacitors neuroscience physical sciences industry radio spectrum semiconductor materials molecules industrial processes electrical components plasma physics fluid mechanics thermodynamics electric and magnetic fields in matter pressure special relativity atomic physics open methodologies mechanics electronics terminology hydrogen compounds food preservation heat transfer oxides geography neurochemistry electronics chemistry energy storage astrophysics particle physics c.n.n. halogens biomolecules electromagnetic spectrum technique materials science ratios electromagnetism carbides chemical bonding si derived units calendar eras energy sedimentary rocks thin film deposition systems temperature coatings electrical conductors semiconductor device fabrication nuclear reactor coolants electricity chemical processes bombardment scientific techniques post-transition metals atoms metallurgy characteristics multinational companies types of magnets structure material hydrogen resist phases of matter acoustics continuum mechanics occupational safety and health 3play_vodcnf_standard From David Botsch 263 plays
57:30 CNF NanoCourses 2004 – Section 2.2: Vacuum… CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa	CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa structural engineering charge carriers oxygen compounds forms of water water in gas length transport phenomena metallurgy matter source water temperature vacuum electronic amplifiers valves chemistry euphemisms subatomic particles scattering dietary minerals spectrometer classical mechanics continuum mechanics magnetism statics industrial processes systems theory hydraulics glaciology molecular physics control engineering natural resources multiplier laboratory equipment condensed matter physics hand tools measurement vacuum pumps chemical engineering electrical conductors phases of matter concepts in physics elementary mathematics analytical chemistry atmospheric thermodynamics fuels atomic physics surface flange optics nitrogen occupational safety and health molecule pumps mass spectrometry contamination tools light measuring instruments vapor reducing agents oxidizing agents cybernetics mechanics quarks microscopes medical terminology sensory system ions seals (mechanical) audio engineering quantum electrodynamics eye force applied and interdisciplinary physics spectrometers valve dielectrics building materials electromagnetism heat transfer philosophical terminology semiconductor devices semiconductors audio effects photography biology and pharmacology of chemical elements woodworking electrodes plumbing filter theory systems engineering transition metals fuel gas kinematics physical sciences group theory nuclear power plant components spectroscopy scientific terminology upper limb anatomy building engineering materials science geometry computer graphics accelerator physics gases particle physics electron engine technology process hazardous air pollutants electricity ratios electronic circuits meteorology vacuum system chemical properties engineering nonmetals piping scientific techniques electromagnetic radiation physical chemistry psychrometrics neurological disorders mechanical engineering pneumatics hydrocarbon potential electronics biomolecules energy mass pressure glass applications hepatology linear filters plants quantum mechanics signal processing system glass control theory fluid dynamics suffering nuclear physics solutions fluid mechanics natural philosophy oxides thing steel thermodynamics material metals stainless greenhouse gases vacuum systems historical scientific instruments water vapor molecules algebra 3play_vodcnf_standard From David Botsch 101 plays
50:02 CNF NanoCourses 2004 – Section 2.1: Vacuum… CNF NanoCourses 2004 – Section 2.1: Vacuum Science, Pumps	CNF NanoCourses 2004 – Section 2.1: Vacuum Science, Pumps atmospheric thermodynamics systems strategic management philosophical terminology systems theory game equipment electrical engineering molecular physics physical phenomena transition metals nuclear reactor coolants cooling technology low vacuum surface materials science si base units metallurgy electron political philosophy fluid dynamics particle physics coolants ventilating flow range home appliances heat pumps laser gain media area chemical engineering forms of water basic meteorological concepts and phenomena optics hydraulics social concepts pumps semiconductors thermodynamics microscopes vacuum design of experiments electromagnetism water vapor oxygen compounds mechanics ions atomic physics topology matter heat transfer carbon forms molecules physical sciences pyrotechnic fuels concepts in physics electronics terminology underwater diving physics electricity fuels helium pressure accelerator physics si derived units energy conversion molecule fluid mechanics volume chemical properties system caption complete charge carriers and air conditioning geography terminology medical treatments biology and pharmacology of chemical elements atmosphere reducing agents engine technology metals sensory system refrigerants parts of speech biologically based therapies plumbing amount semiconductor device fabrication noble gases continuum mechanics industrial processes chemistry natural sciences red molecule measurement cybernetics solutions semiconductor nitrogen temperature pumping social psychology cold surface solvents technology heating molecular natural materials classical mechanics power supplies liquids political science terms phase transitions causal inference airship technology viscosity meteorology building materials dietary minerals magnetism liquid nitrogen water transport aircraft engines water vacuum systems mass materials phases of matter cryogenics velocity separation processes dielectrics engines physiology nonmetals biomolecules laboratory equipment basically decision theory high vacuum vacuum pumps collision order gases measuring instruments science experiments physical chemistry 3play_vodcnf_standard From David Botsch 124 plays