Search for tag: "energy loss"

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My MeetingSeeing with Electrons duration 58 minutes 15 seconds My MeetingSeeing with Electrons My MeetingSeeing with Electrons	My MeetingSeeing with Electrons Zoom Recording ID: 98642485310 UUID: G+QV6B9+RTudd0xBtQaX2w== Meeting Time: 2020-06-17T14:52:29Z summer optical axis johns hopkins scientific techniques notebook price philosophical problems concepts in physics science and technology in the dutch republic graphic design electromagnetism ecclesiastical titles crystals mega ball material system charge density metaphysics caption complete metaphysics of mind electron microscopy concepts in the philosophy of science computer graphics human communication space telescope atoms inside density material function fuel cell american post-punk music groups ancient roman titles space observatories atomic physics information science start flying summer school triple digits electron microscope microscopes operation correction geometrical optics photography mind–body problem english-language journals 1.2 mega life span concepts in the philosophy of mind ontology open access journals bright spot philosophical theories scan precision energy loss philosophical concepts cognition 3 (number) strong peak microscopy thought radiation damage metaphysical theories electric charge atomic scale single layer electrical engineering optics consciousness studies tight spot From James Overhiser 28 plays
Electron microscopy, workshops duration 53 minutes 22 seconds Electron microscopy, workshops Electron microscopy, workshops	Electron microscopy, workshops 2017 PARADIM SUMMER SCHOOL Electron microscopy, workshops John Silcox summer county towns in england dennis mcmullan high temperature microscopes bring people school types design industrial processes atomic bomb education chemistry department caption complete long time electron microscopy national medal of technology recipients peter mike whelan stainless steel cavendish professor physics department metallurgy jewish given names nice work hot hot electromagnetic radiation turning stuff bell labs electron microscope steel spectrometers electron beam peter peter students work hardening r.c.a. energy loss former french colonies steel samples at&t 1st time materials science architectural design building materials nice big graduate student applied and interdisciplinary physics printing ben siegel academic administration thirsty bear i.b.m. optics material science From James Overhiser 26 plays
Valence EELS, High Energy Resolution duration 59 minutes 21 seconds Valence EELS, High Energy Resolution Valence EELS, High Energy Resolution	Valence EELS, High Energy Resolution 2017 PARADIM SUMMER SCHOOL Low loss EELS David Muller optical spectroscopy formal sciences concepts in physics silicon rich silicon dioxide chemical elements band gap scattering electron density lowest energy feature reducing agents valence electrons quick rule pyrotechnic fuels electron microscope waveguide mode nuclear physics percent radius electron real trouble dielectric boundary conditions nice big factorial and binomial topics tightly bound electric field spatial resolution single scattering optics sample thickness interface plasma nano particles optical gap direct bandgap phosphates particle physics fluid dynamics high energy electron atomic physics dielectric responses biology and pharmacology of chemical elements liquid cell multiple scattering electron beam energy resolution tiny signal single particle transition cherenkov radiation electron gas free electron gas optical transition energy loss energy lost characteristic angle free electronic energy filter low energy charge oscillations valence region surface plasma toxicology free path silicon oxide optical spectra bulk material exit haitian call auspex fourier analysis quantum mechanics big background image charge electrostatics lastic scattering nice thing interesting standing wave bessel function boundary conditions ion image single particle standing wave modes funny feature electron states scattering event direct gap good free electron physical quantities energy loss function vector calculus dietary minerals absorption and radiative transfer (optics) electrical engineering thick sample field lines length scale electronics terminology electrodynamics phoria transform radiation sensitive caption complete hof plasma frequency log scale experimental particle physics hof epsilon semiconductor materials higher energy high frequency atomic resolution interface mode good news harmonic oscillator special relativity dielectric function diverges logarithmically shine light couple 100 volt t.m. incredibly complicated bad news electromagnetism energy range cherenkov modes 100 volt spherical modes linear operators in calculus chemistry bulk plasma From James Overhiser 147 plays
Introduction to Electron Microscopy duration 39 minutes 59 seconds 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 199 plays
Intro to EELS (Part 1) duration 1 hour 29 minutes Intro to EELS (Part 1) Intro to EELS (Part 1)	Intro to EELS (Part 1) 2017 PARADIM Intro to EELS part 1 Paolo Longo c.l. chemical shift concepts in physics inelastic interaction core shell components component reference spectrum criminal law conversion factor ontology (information science) d.s. chemical face chemical analysis nuclear physics electrons coming deal suspect decelerating voltage large area equally scott conduction bend reference scouting events suspect romeo microscopy measurement b.c. integration window coral select relative amount conventional microscope atomic physics scientific terminology pretty good nano particles historical scientific instruments t.v. energy field spectrum integral silicone oxide energy loss geometry elemental mapping e.l.c. logic m.l.s. fine structure eagerly scott spectrum imaging philosophical logic single detector anions eel suspect full spectrum quantum mechanics data management collection angle windows method e.d.s. coral sea region flowers semantics plants physical quantities electromagnetic spectrum pretty edge 2nd blossom spectroscopy l.a. elsa spectrum aluminum alleviate fin specimen protocol session caption complete low energy angle c.c.d. def jam upper level total spectrum entire spectrum optical spectrum scientific classification t.m. bulk silicone good energy energy range reading voltage extended fine structure From James Overhiser 119 plays
Core Loss EELS, EDX duration 48 minutes 34 seconds Core Loss EELS, EDX Core Loss EELS, EDX	Core Loss EELS, EDX 2017 PARADIM Core loss EELS Lena Kourkoutis specific element fine structure violence lower energy noise level statistical mechanics huge increase elastic contrast concepts in physics metals atomic scale huge problem chemical elements noise e.t.f. image emotions power law nitrides transition metals image processing particle physics energy edges caption complete electronic structure spectroscopic mapping t.m. electron collection angus scales specific edge ironic compound optical devices high energy reducing agents collection angle good amount transition metal scientific terminology pyrotechnic fuels spectroscopic map biology and pharmacology of chemical elements nuclear physics energy resolution tails of probability distributions afternoon session photography semiconductor materials inelastic scattering 1st peak entrance aperture anthropology silicon edge single spectrum collection anger energy loss metalloids scattered electrons probability theory emotion physical quantities digital photography elastic signal occupied density science of photography high energy losses geometry low energy local background white lines strong peak microscopy small collection data set dietary minerals face contrast atomic number background subtraction spectroscopy diffraction contrast atomic physics free path binding energy optics e.t.f. 2nd peak From James Overhiser 111 plays
Core level EELS simulations duration 51 minutes 19 seconds Core level EELS simulations Core level EELS simulations	Core level EELS simulations 2017 PARADIM Core level EELS simulations Frank deGroot element specific completely dominated dipole approximation electoral vote e.g. fine structure spin orbit small peak i.t.c. density function tradition metal transfer system operator crystal feel field splitting crystal field splitting nano reactors choose numbers primary energy spin ground operating condition atomic physics nano particles starting point nice thing atomic calculation room temperature particle calculation i.t.c. superconductor empirical parameter field theory electron microscope open shell systems group theory spectral shape empty density caption complete 1st principles high spin p.c. low spin model hamiltonian manganese oxide e.d.s. electron electron interaction position metal perfect fit chemical reactor energy difference atomic resolution energy loss core electron metal oxides density functional crystal field larger ray absorption crystal field small momentum transfer final phase core level functional calculation atomic spectrum electron volts hard experience single particle fine tune selection rule single particle calculation golden rule From James Overhiser 265 plays