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56:17 Electron Tomography - Practical Aspects Electron Tomography - Practical Aspects	Electron Tomography - Practical Aspects 2017 PARADIM SUMMER SCHOOL Practical Tomography Robert Hovden dimensional space degree tilt hot pixel surface rendering low tilt projection requirement chemical elements slab geometry tilt series symbols of utah transparency curve medium filter vertical direction image shift reconstruction quality operation size signal processing small gold high quality reconstruction uncorrected system center mass 1st thing convergence angle electronics symbols single projection single axis original object telegraphic reconstruction real space high values hand side post processing tomography holder stem tomography s.d.o. high tilt slight crescent moon 180 degree typical data set cross correlation high intensity crescent moon shape biology and pharmacology of chemical elements noise filtering segmentation candy wrapper bounding box nano particles dynamic range graphic reconstruction medical imaging intensity values tilt axis cubic minerals contour surface linear drift higher resolution tilt angle assess reconstruction good alignment center ground natural feel morphological operation manual alignment higher intensity copper bars demographic reconstruction length alignment procedure focal plane $180.00 degrees 3d computer graphics bilinear operators nano cube data set carbon support aberration corrected tool defined peaks center particle peek representing politics dynamic focusing caption complete reconstruction post processing color map fit lots center object directional case higher tilt peter talked tilt range alignment quality gal shambler fully opaque projection image minus $75.00 gold particles low values covariance and correlation traditional tomography regime object size $32.00 bit materials electrical conductors elementary mathematics From James Overhiser on February 15th, 2019 16 plays
32:03 DFT: Stretching frequency of a diatomic molecule… DFT: Stretching frequency of a diatomic molecule Cl2, phonon dispersion relations of diamond, and LO-TO splitting, IR activity, and dielectric constant of GaAs (Tutorial 4.1)	DFT: Stretching frequency of a diatomic molecule Cl2, phonon dispersion relations of diamond, and LO-TO splitting, IR activity, and dielectric constant of GaAs (Tutorial 4.1) 2018 PARADIM SUMMER SCHOOL Lab 3 c.l. 2nd step real space dynamical matrix post processing thoroughbred racehorses energy philosophical terminology greek letters small typo chemical elements electric and magnetic fields in matter gallium arsenide quantum mechanics top-level domains caption complete previous authorial m.p.i. file c.l. convergence threshold systems science atomic physics systems theory semiconductor materials molecules arsenides n.p.r. total energy gamma point dielectric constant constants matrix force constant matrix p.w. anatomy specific case force constants matrix input file force constant educational psychology optimal atomic mass equals true electrical engineering positive side From James Overhiser on February 14th, 2019 77 plays
25:24 DFT: Band structure, and visualizing Kohn-Sham… DFT: Band structure, and visualizing Kohn-Sham wavefunctions of Si, and calculation of UV/Vis spectra of GaAs (Tutorial 5.1)	DFT: Band structure, and visualizing Kohn-Sham wavefunctions of Si, and calculation of UV/Vis spectra of GaAs (Tutorial 5.1) 2018 PARADIM SUMMER SCHOOL Lab 5 summer aesthetics c.f. calculation point calculation quantum espresso master concepts in physics greek letters fermi energy calculation type chemical elements cybernetics symmetries quantum mechanics tools musical quintets quantum chemistry import file atomic physics systems theory non-self consistent calculation c.f. reducing agents systems p.p. japanese-language singers caption complete f.t. vowel letters gamma point semiconductor materials silicon atoms collaboration statistical terminology p.w. computational chemistry software structure post processing tool metalloids change input file condensed matter physics wave function input/output thing summer school dielectric function electronic band structures things change From James Overhiser on February 14th, 2019 133 plays