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LECTURE duration 53 minutes 30 seconds LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: gJHus2LiQxG/WzwciSjwxQ== Meeting Time: 2021-05-07T17:24:03Z theta omega point thing dot acceleration sine equations mass respect term direction question problem prime frequency gravity track frame questions From Andy Ruina 0 plays
LECTURE duration 51 minutes 0 seconds LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: UZixbIHuTYmrM3M0sDZ0qw== Meeting Time: 2021-04-02T17:20:19Z point theta matrix points times rotation thing picture coordinate coordinates plot sine cosine angle reference object prime seconds hand collection From Andy Ruina 0 plays
LECTURE duration 52 minutes 27 seconds LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: jnLDo6nAThKx/j+ZwKlXpg== Meeting Time: 2021-03-29T17:22:03Z theta motion dot direction thing things point acceleration dynamics velocity circles question circular change vector particle forces sine r. angle From Andy Ruina 7 plays
LECTURE duration 52 minutes 49 seconds LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: MeW/WR8tSkKJqQaXSu9ZwA== Meeting Time: 2021-02-24T18:04:16Z times equation thing spring mass matrix omega solution modes minus sine k2 side dot equations x1 masses mode constants problem From Andy Ruina 1 plays
Lecture 1: Introduction to course, simple… duration 41 minutes 18 seconds Lecture 1: Introduction to course, simple… Lecture 1: Introduction to course, simple harmonic motion	Lecture 1: Introduction to course, simple harmonic motion Zoom Recording ID: 96071157995 UUID: 3dPuCM7cRbGVsm86DzLdDA== Meeting Time: 2021-02-08T18:13:49Z solution spring mass thing equation problem wave dot sine cosine omega motion class hand equations things conditions times question force From Andy Ruina 16 plays
MAE 4730/5730 Lecture duration 57 minutes 47 seconds MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: YNeD7yYARCWOh4C/WW0A4A== Meeting Time: 2020-10-21T13:57:25Z theta dot thing acceleration pendulum respect omega sine motion term equation equations problem direction prime point wire minus cross double From Andy Ruina 30 plays
MAE 4730/5730 Lecture duration 54 minutes 39 seconds MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: RtlQE+mTQpKwLXR6R7648w== Meeting Time: 2020-10-13T01:10:13Z rotation vector thing coordinate prime theta components notation coordinates point picture things direction times respect cosine matrix j. sine angle From Andy Ruina 24 plays
Lesson 3.5 Advanced Import Statements (OPTIONAL) duration 5 minutes 42 seconds Lesson 3.5 Advanced Import Statements (OPTIONAL) Lesson 3.5 Advanced Import Statements (OPTIONAL)	Lesson 3.5 Advanced Import Statements (OPTIONAL) This is a completely optional video for people who are interested in all of the different ways that you can import a module in Python. However, it is a tad advanced for a beginning programmer. If you… module math cosine intro cs import dot modules strings function strip pi spaces lot command thing functions space sine things From Hannah Lee 106 plays
Lesson 3.3 Module-Based Functions duration 3 minutes 24 seconds Lesson 3.3 Module-Based Functions Lesson 3.3 Module-Based Functions	Lesson 3.3 Module-Based Functions Python has very few functions built-in. All other functions are provided by modules, special files that add optional functionality to Python. In this video we show how to use these modules to… module python cosine math functions pi modules sine webpage function lot documentation period import access variables programming lab fun numbers From Hannah Lee 136 plays
Electron Tomography - Theory duration 1 hour 23 minutes Electron Tomography - Theory Electron Tomography - Theory	Electron Tomography - Theory 2017 PARADIM SUMMER SCHOOL Tomography Theory Ercius cartesian space dimensional space dimensional thing scale tomography dimensional reconstruction projection requirement solutions extremely high resolution original image physical science maximum tilting tilt series long time electron microscopy electron tomography compressed sensing inverse nanometers scientific techniques dimensional structure materials science equal angle signal processing concepts in physics photography low dose 1st thing point defect higher frequency single projection diffraction pattern pretty good microscopy needle sample big difference free transform original object spatial frequency vision carbon atom real space adam counting reciprocal space emerging technologies cat f.f.t. dimensional image perfect projections original projection atomic physics projected density experimental projections nano particles stem medical imaging high resolution carbon good reconstruction original projection direction unique object aberration corrected atomic scale beam electrons experimental data tilt axis original intensity nanometer depth pseudo polar microscopes reconstruction technique projection operation low frequency radio spectrum equally slope tomography quantum mechanics kinematics concentric squares cat scan higher dimensional quantum dot analytic geometry iterative loop entire image equal distance iterative algorithm classical mechanics digital photography called equally slope linear algebra grand challenge single particle simpler interpellation dimensional object geometry limitation high tilts nano scale phoria transform english alternative rock groups resolution tomography reconstruction packages building block caption complete digital geometry computer graphics free space reconstruction algorithm improve reconstructions high frequency atomic resolution projection image shell particle cohen resolution dimensional picture sine wave crystallographic defects t.m. advanced algorithms iterative process missing wedge information theory continuous function material science tomography experiment broadcasting mass sample things elementary mathematics chemistry electron microscope nanomaterials From James Overhiser 228 plays
$Thumbnail for Diffraction (Part 1)$ 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 281 plays