Search for tag: "frequencies"

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2022 REU Presentation: Erdem Ozdemir duration 11 minutes 43 seconds 2022 REU Presentation: Erdem Ozdemir 2022 REU Presentation: Erdem Ozdemir	2022 REU Presentation: Erdem Ozdemir frequency resonators permittivity size micron frequencies material microns diameter range method box carbide chip resume region wave resonator silicon permits From James Overhiser 10 plays
PARADIM DFT Summer School 2021 - Practical… duration 28 minutes 6 seconds PARADIM DFT Summer School 2021 - Practical… PARADIM DFT Summer School 2021 - Practical Lecture 4	PARADIM DFT Summer School 2021 - Practical Lecture 4 PARADIM DFT Summer School 2021 - Practical Lecture 4 - Betül Pamuk calculation matrix point calculations input frequencies units mass espresso mesh energy materials half space molecule phonons dot differences force morning From Brenda Fisher 94 plays
PARADIM DFT Summer School 2021 - Lecture 4.1 -… duration 1 hour 7 minutes PARADIM DFT Summer School 2021 - Lecture 4.1 -… PARADIM DFT Summer School 2021 - Lecture 4.1 - Phonons in DFT	PARADIM DFT Summer School 2021 - Lecture 4.1 - Phonons in DFT PARADIM DFT Summer School 2021 - Lecture 4.1 - Phonons in DFT - Feliciano Giustino molecule matrix times atoms vector unit cell mass atom approximation practice bit displacement equation freedom surface frequencies difference distance respect From Brenda Fisher 106 plays
PARADIM Electron Microscopy Summer School Public… duration 1 hour 10 minutes PARADIM Electron Microscopy Summer School Public… PARADIM Electron Microscopy Summer School Public Lectures - Linear imaging theory	PARADIM Electron Microscopy Summer School Public Lectures - Linear imaging theory function electron resolution imaging space wave image stem plane microscope point beam aperture structure fourier probe frequencies atoms convergence angles From Brenda Fisher 3 plays
2017 REU Kay Goldberg PARADIM REU… duration 11 minutes 5 seconds 2017 REU Kay Goldberg PARADIM REU… 2017 REU Kay Goldberg PARADIM REU Nano-Convocation	2017 REU Kay Goldberg PARADIM REU Nano-Convocation 200 micro meters aesthetics electronics terminology reu philosophical terminology concepts in physics metals strontium barium microscopes microfluidic device chemical elements design microscopy measurement laundry micro meters high tools caption complete application electricity micro meters long measurements micro meters systems theory cnf capacitance sample potential reducing agents alkaline earth metals semiconductor analysis precipitate takes place electromagnetism thin layer composition p.m.s. barium type electronics meters high interactions frequencies material centimeter t.c.m. scanning probe microscopy poverty mediasite atomic force microscopy atomic force architectural design physical quantities geography terminology s.c.m. substrate magnetic properties algebra data transfer geometry characteristic meters long micro meters wide clean room electrode thought gradient occupational safety and health electric field spectroscopy toxicology slum group From James Overhiser 8 plays
Linear Imaging Theory duration 1 hour 1 minute Linear Imaging Theory Linear Imaging Theory	Linear Imaging Theory 2017 PARADIM Linear Imaging Theory Robert Hovden d.n.a. dark field aperture size object function total intensity collaboration increases concepts in physics convergence angle area spherical aberration wide range covering today geometric shapes d.n.a. structure central minimum electron microscopy focal point intensity increases linear imaging model wave vectors control theory optical devices collection angle larger aperture electron microscope high angle architectural elements signal processing photography high pass filter transfer function uncorrected system phase shift darkfield regime functional form scattered electrons higher frequency bright field stem egyptian artefact types diffraction pattern science of photography point spread function high intensity probe elementary geometry integrals spatial frequency optics objective lens bright field regime bright spots real space low frequency reciprocal space blurring contribution sphere collaboration uncorrected instrument characteristic dimension incoherent imaging condition surfaces aperture function wave front atomic physics imaging mode contract transfer function white noise scanning transmission electron cohere imaging previous lecture distant plane elementary shapes stem higher angles high resolution incoherent linear image mil rating detector geometries field cone geometry types of functions aberration corrected constant phase length lower frequencies chromatic aberration conic sections amplitude squared aberration free scientific techniques microscopes measuring instruments intensity squared optic axis intensity decreases contrast transfer diffraction limit stem image individual atom radio spectrum incoherent imaging quantum mechanics aberration free probe multivariable calculus people meters focal plane bright field low angle amateur radio systems theory image plane coherent imaging condition collecting electrons blurring function transmission electron microscopy physical quantities digital photography angular spread double integral coherent imaging largest range face shift higher order aberrations raleigh criterion pio fairly interpretable transmission electron microscope square pulse geometrical optics digital signal processing 1st order caption complete probe tails nyquist limit blue curve subroutines broadcasting filter frequency response maximum frequency high frequency caustic curve hand side low pass filter spatial coordinates atoms closer coherent image sparrow criterion structural system pico meter dark background frequency space optimal aperture t.m. complex conjugate contrast transfer function wave function measure ultimately imaging condition annular darkfield incoherent imaging mode atomic number field stem atomic column inelastic interactions nobel prize angle medium chemistry focal imaging probe size From James Overhiser 130 plays
$Thumbnail for entry Diffraction (Part 1)$ Diffraction (Part 1) duration 1 hour 18 minutes Diffraction (Part 1) Diffraction (Part 1)	Diffraction (Part 1) 2017 PARADIM Diffraction part 1 David Muller d.n.a. solid pole concepts in physics outgoing spherical wave positive nuclei ray diffraction experiment atomic physics diffracted beam nicely lined higher order silicon atom electron microscopy focal point image intensity zone axis symmetry zone axes optical devices fia fraction pattern teaching shape factor electron microscope audio engineering high angle nuclear physics fit scattering beautiful thing good approximation thin sample imaging method chip chip chip reciprocal lattice phase shift elastic scattering digital audio english indie rock groups diffraction pattern diffraction space geometric optics chemical elements big angles spatial resolution small angle scattering elementary special functions badly tilted spatial frequency adam layer real space lattice spacing delta function small angle measurement crystallography particle physics musical quintets time frequencies quantum chemistry scattering happened 1st column scattering oral communication plane wave atom column biology and pharmacology of chemical elements titanium column multi slice transmission function electron beam finite object surface normal big spacing periodic crystal soft moon forward direction synchrotron-related techniques wave number constant phase infinite series change shape travel parallel infinitely large crystal scientific techniques main thing sol microscopes mathematical physics contrast imaging optic axis shape fact transition metals initial wave forward scattering stem image reciprocal space spherical wave electronics terminology quantum mechanics field image neighboring column 1st approximation reducing agents fourier analysis analytic geometry furcal wave focal plane time varying bright field angle scattering order spot multi slice simulation image plane didactics scattering event physical aperture diffraction spot momentum space physical quantities phoria transform times worse 2nd ring single atom objective aperture dietary minerals absorption and radiative transfer (optics) trigonometry strong phase approximation unit cell field imaging carbon nitrogen stem mode metals diffraction peak inverse angstroms english alternative rock groups dog field geometrical optics parallel beam 1st order momentum transfer atomic resolution image year transform crystallography definition periodic table fiber optic waveguide pyrotechnic fuels central spot semiconductor materials mathematical notation caption complete finite size lattice image d.c. large angle fall field sine wave fraction spot functional analysis random orientation t.m. bad news initial wave function educational psychology acoustics information theory diffraction atomic number long rod wave function From James Overhiser 246 plays
IR spectra & dielectric constants - Lecture… duration 38 minutes 11 seconds IR spectra & dielectric constants - Lecture… IR spectra & dielectric constants - Lecture 4.2	IR spectra & dielectric constants - Lecture 4.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 4.2 formal charges negative frequencies dielectrics low frequency game mode electronics terminology electronic transition philosophical terminology concepts in physics infrared nuclear masses electric and magnetic fields in matter gifty calculations politics effective charge infrared absorption radio spectrum reference game frequency oral communication systems theory electric function unit charge sociological terminology high frequency jump jump caption complete energy scale dielectric constant previous lecture amateur radio metrology people call ratios teaching long wavelength electromagnetism physical quantities electromagnetic spectrum aboriginal modes acoustics active mode chemical bonding electric field mass spectroscopy light phone frequency elementary mathematics chemistry optical absorption harmonic approximation mechanical vibrations From James Overhiser 141 plays
01. L. Adelson, Opening, and M. Jennings,… duration 1 hour 27 minutes 01. L. Adelson, Opening, and M. Jennings,… 01. L. Adelson, Opening, and M. Jennings, Keynote, Untimely Interventions & German Media Landscape	01. L. Adelson, Opening, and M. Jennings, Keynote, Untimely Interventions & German Media Landscape white house cornell cinema private television critical life busy schedule rescue team critical biography lunchtime viewing party membership supreme court 21st century independent filmmakers short film selected writings oppositional culture private channel michael jennings broadcast towers t.p. remarks today princeton university film festival private school cultural politics party voluntarily richard langston clucas german cultural studies legal advisor english translation federal republic development company 5th channel mid 1980 public channels critical work team leader cornell university caption complete 3rd party t.v. educational reform german media landscape semi autonomous party member german studies social structures national newspaper d.c. german television commonplace associations radio frequencies cornell university library literary reading private television network social theory administrative assistant 1st time good institute radio waves technological reproducibility creative arts opera stories studied law federal level keynote speaker late night film institute diverse points large scale minute films 20th century ben lerner familiar faces critical practice evening reading school system german critique larger network alexander clue human history german cinema general secretary From jrp354 81 plays