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01:00:01 PARADIM DFT Summer School 2021 - Lecture 3.2 -… PARADIM DFT Summer School 2021 - Lecture 3.2 - Elastic Properties	PARADIM DFT Summer School 2021 - Lecture 3.2 - Elastic Properties PARADIM DFT Summer School 2021 - Lecture 3.2 - Elastic Properties - Feliciano Giustino strain structure bit constants calculations energy stress times atoms silicon force epsilon pressure calculation cell forces surface materials unit point From Brenda Fisher on July 15th, 2021 51 plays
11:33 New Capabilities: Electron Microscopy New Capabilities: Electron Microscopy	New Capabilities: Electron Microscopy 2020 PARADIM User Meeting New Capabilities talk (David Muller) resolution material materials technique beam atoms microscope detector diffraction angstroms fact imaging capabilities electron field fields 13th strain times image From James Overhiser on December 22nd, 2020 23 plays Creator 1 First Name James Creator 1 Last Name Overhiser Creator 1 NetID jlo34
01:15:18 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 24	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 24 Zoom Recording ID: 98942482675 UUID: IpxESWA3TIez9tH2xm0phw== Meeting Time: 2020-12-09T18:03:58Z crack stress strain plane energy sample fracture deformation direction cracks thickness plate material plastic fact lot sort speed sigma grain From Andrej Singer on December 9th, 2020 4 plays
01:15:46 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 23	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 23 Zoom Recording ID: 98942482675 UUID: bIXoq0SITWamzDmxEWl9DA== Meeting Time: 2020-12-07T17:49:50Z crack stress energy fracture strain approach length surface tip thing concentration factor fact release times rate intensity deformation cylinder bonds From Andrej Singer on December 7th, 2020 2 plays
01:16:38 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 21	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 21 Zoom Recording ID: 98942482675 UUID: k6WglAuWQc+RTU738cReIQ== Meeting Time: 2020-11-30T18:09:50Z stress creep diffusion dislocation grain temperature atoms power mechanism deformation dislocations strain size motion thing turbine temperatures law fact formula From Andrej Singer on November 30th, 2020 3 plays
01:14:50 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 20	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 20 Zoom Recording ID: 98942482675 UUID: 2IxSCOYHSMSnShPQiMFLCg== Meeting Time: 2020-11-11T18:14:53Z dislocations dislocation grain recrystallization temperature plane cell boundaries strain recovery energy material grains vacancies crystals stress half process size density From Andrej Singer on November 11th, 2020 3 plays
01:17:00 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 14	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 14 Zoom Recording ID: 98942482675 UUID: AImFmrNlQcC+uPZ9f1UYWw== Meeting Time: 2020-10-21T16:56:05Z dislocation particle stress size grain dislocations particles phase strain strength plane boundary energy sigma sugar material relation root boundaries coffee From Andrej Singer on October 21st, 2020 2 plays
01:19:14 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 12	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 12 Zoom Recording ID: 98942482675 UUID: UcF5qsiKRIWiAYS4PZ8tbg== Meeting Time: 2020-10-12T14:40:08Z dislocation stress vector sense dislocations force plane half tension edge screw direction surface strain energy burgers length hand point crystal From Andrej Singer on October 12th, 2020 1 plays
01:16:45 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 11	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 11 Zoom Recording ID: 98942482675 UUID: ikgaNGFnRZuZnVNAQaoNcw== Meeting Time: 2020-10-07T16:50:40Z dislocation vector screw sense plane hand edge burgers half direction energy crystal stress point atoms strain length thing left points From Andrej Singer on October 7th, 2020 1 plays
01:20:59 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 9	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 9 Zoom Recording ID: 98942482675 UUID: ZCjnlOBqSna3x7LgZA3EfA== Meeting Time: 2020-09-30T16:35:59Z stress sigma strain pressure vacancy rate point stresses crystal temperature direction thing force yield material wall times criterion strength mechanisms From Andrej Singer on September 30th, 2020 1 plays
01:21:12 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 8	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 8 Zoom Recording ID: 98942482675 UUID: jju3NdSzT7GVSRAtv19N5w== Meeting Time: 2020-09-28T16:15:03Z stress strain curve strength temperature rubber yield point hardening sigma linear material modulus regime engineering deformation transition metals mechanism plasticity From Andrej Singer on September 28th, 2020 2 plays
01:19:05 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 7	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 7 Zoom Recording ID: 98942482675 UUID: +86fJxlHS1+ZBTXb9Z3knA== Meeting Time: 2020-09-23T16:50:45Z stress rubber modulus polymers temperature entropy strain bonds materials material curve chain chains molecules shape thing polymer composite atoms properties From Andrej Singer on September 23rd, 2020 1 plays
01:18:57 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 4	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 4 Zoom Recording ID: 98942482675 UUID: PIspuqN/T12F0CDaiLZEzA== Meeting Time: 2020-09-14T17:00:58Z modulus stress ratio poisson strain atoms naught materials linear material force elasticity sigma metals epsilon energy properties power volume direction From Andrej Singer on September 14th, 2020 3 plays
01:24:56 MSE 2610 Mechanical Properties of Materials: From… MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 3	MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (2020FA), Lecture 3 Zoom Recording ID: 98942482675 UUID: rwcJ0V62TMmhWUIr3f+hrQ== Meeting Time: 2020-09-09T16:51:05Z stress stresses sigma strain plane direction maximum tau surface tensor coordinate formula max material principle shear arrows properties angle object From Andrej Singer on September 9th, 2020 2 plays
15:00 Zubia Hasan 2020 REU final Presentation Zubia Hasan 2020 REU final Presentation	Zubia Hasan 2020 REU final Presentation Zoom Recording ID: 97214601225 UUID: UlnuuPOnS6aBDTLJ9vagow== Meeting Time: 2020-08-06T12:59:57Z computer peripherals spot fitting concept dimensional space change depending energy level front panel fermi energy strange effects chemical elements orbital character questions experimentally existence emergence constant histogram density functional theory software click click click modeling languages band structure diagram nil temperature crystal sample functional groups high temperature free science software physical quantities concepts in physics magnetic field electron birth 1st thing translation stage mathematical and quantitative methods (economics) european palladium entire pristine films input file diffraction pattern brother magnetic levitation phases of matter experiments comedy webcomics linear algebra fraction techniques spherical harmonics optics units cells critical exponent people copper oxide energy magnetic moment nelson reilly function logical insulator expect measurement magnetic ion crystallography ray diffraction insurance musical quintets film growth bent structure quantum chemistry energy electron diffraction bottom sea axis moving forward chemical properties atomic physics increase motor pair spintronics quantum bit real time electron beam lead analysis process high quality spin orbital coupling manganese business magnetism scripts encoded in unicode ontology fitted locations mental content johns hopkins lanthanum palladium sulfide 100 percent accurate thing metallic double lead analysis precious metals bad structure communication magneto electric physical property number conduction balance ray reflection anions transition metals space group energy band band structure temperature mechanical engineering native element minerals computing spot locations quantum mechanics capacity data english-language television programs sociological terminology accurate lattice constant super cool atomic positions diagrams phase transitions direction relationship face transition including sulfide lab view instructor palladium momentum space radio function critical phenomena vector direction big learning constant values anti ferromagnetic 1st place logical materials atomic structure spectroscopy problem block diagram future work constant palladium sulfide unit cell surface roughness ultra high vacuum motor driver strain minimum m.b.e. system double direct crystals mentor shannon semiconductor structures physics software caption complete user friendly image processing legacy systems obsolete writing systems nice job percent direct material metaphysics electric devices accurate lattice english-language television programming higher energy renormalization group double direct material linear fit electronic band structures superconductivity musical quartets brilliant zone acceptance letter computational chemistry software cover oxide high vacuum environment cell phone structure good morning critical temperature philosophical concepts logically equivalent quantum espresso diffraction tough logically equivalent top logical insulators super conductor protective surface From James Overhiser on August 11th, 2020 29 plays
50:29 Nuts and Bolts of Oxide MBE #3—Epitaxy,… Nuts and Bolts of Oxide MBE #3—Epitaxy, Substrates, and Crystal Growth (Schlom)	Nuts and Bolts of Oxide MBE #3—Epitaxy, Substrates, and Crystal Growth (Schlom) 2019 Cornell Summer School LINK to presentation slides strain engineering oxide super lattice anions symmetry mineralogy interesting retiled semiconductors central symmetric step edge real data metals nano composite chemical elements thin film fairy magnetic industrial processes radium oxide crystals gallium arsenide b.c. growth spiral mere plane caption complete super saturation metallurgy heat transfer crystallography screw dislocation temperature 1st rule science experiments square centimeter lattice constant oxide layer growth front strange engineering quantum mechanics 1st principles calculations room temperature reducing agents big difference read oscillations cubic polymorph semiconductor materials arsenides island nucleation physical chemistry materials science fair electric access hidden ground spiral growth cat ion lead technique professor gibbs oxides strontium tightening t.c.m. stable polymorph a.f.m. single crystal threading dislocation good start alkaline earth metals growth mode m.b. scientific method condensed matter physics strontium tightknit pressure opposite sign charge carriers feel stabilization negative pressure crystal growth phases of matter printing unit cell super lattice experimental data step flow m.b. machine t.c.m. oxide From James Overhiser on August 7th, 2019 98 plays