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54:15 NNCI_REU_Convocation_Session_J_2:10pm_8/08/2017 NNCI_REU_Convocation_Session_J_2:10pm_8/08/2017	NNCI_REU_Convocation_Session_J_2:10pm_8/08/2017 Session J: Global Learning Center Room 222 natural sciences concepts in physics side walls chemical elements solutions industrial processes geometric shapes scattering heat transfer parameters characterization continuum mechanics systems theory metallurgy thermodynamics optical devices micron systems world cuisine drug discovery physical chemistry architectural elements materials science nuclear physics pharmacology structural engineering risk analysis walls nanotechnology spin speed minute condensed matter physics geography terminology polymers university humidity elementary geometry phases of matter cooking techniques and air conditioning science large increase sociology of culture vision meteorology force research methods transpiration philosophical terminology frequency design soil contamination measurement home standards transition metals elasticity (physics)surfaces fluid dynamics psychology matter photosensitive chemical properties research biology and pharmacology of chemical elements membrane aircraft wing design food and drink hydrogen compounds pressure ratios statistical inference sensors drug delivery devices topology building materials chemical processes hydrology synthetic fibers educational stages heating science experiments length mineralogy color microscopes measuring instruments brush coatings control theory complication temperature natural philosophy question garden features types of university or college structure pressure sensor oxygen compounds phase transitions nutrition needle glass construction painting techniques classical mechanics food ingredients forensic equipment semiconductor device fabrication engineering ratios developmental psychology youth geometry solvents printing underwater diving physics clean energy dairy products process thin film deposition metals education design of experiments crystallography metrology web colors feature particle physics application potential atmospheric thermodynamics ventilating pollutants intellectual property law laundry algebra students viscosity structural system optical spectrum liquids fluid mechanics electromagnetism oxides twelve micron property law photonics acoustics si derived units diffraction nitrides mass academic administration linear operators in calculus biotechnology elementary mathematics From Leslie O'Neill A year ago 23 views 0 name Moderator: Nancy Healy, Georgia Institute of Technology Date 08/08/2017
01:00:20 NNCI_REU_Convocation_Session_B_8:40am_8/07/2017 NNCI_REU_Convocation_Session_B_8:40am_8/07/2017	NNCI_REU_Convocation_Session_B_8:40am_8/07/2017 Session B: Global Learning Center Room 323 mechanics electronic engineering databases ultraviolet radiation dielectrics u.v.senescence mineralogy oxide species thin film deposition concepts in physics electron beam mechanical engineering germanium semiconductor materials chemical elements industrial processes electric and magnetic fields in matter mathematical modeling mathematical terminology high electron chemical kinetics research methods u.v mechanical properties heat transfer crystallography temperature quantum electrodynamics c.n.n.electronics terminology chemical properties feature p.p.c.reducing agents biology and pharmacology of chemical elements ventilating core structure electronics p.v.c.pyrotechnic fuels syndromes integrated circuits metadata materials science c.m.ram reaction quality factor physical cosmology oxides connectivity electronics manufacturing computer graphics chemical engineering ratios image quality metalloids manufacturing structure physical quantities force microscopy condensed matter physics oxygen semiconductor device fabrication polymers applied mathematics industry charge carriers heating silicon dietary minerals heat conduction and air conditioning p.m.s.light electrical engineering lithography (microfabrication)property optics s.c.m. From Leslie O'Neill A year ago 66 views 0 name Moderator: David Dikensheets, Montana State University Date 08/07/2017
55:34 NNCI_REU_Convocation_Session_G_3:10pm_8/07/2017 NNCI_REU_Convocation_Session_G_3:10pm_8/07/2017	NNCI_REU_Convocation_Session_G_3:10pm_8/07/2017 Session G: Global Learning Center Room 222 p.t.performing arts u.v.electronic test equipment concepts in physics low weight chemical elements sound recording solutions industrial processes cosmetics chemicals differential calculus heat transfer electricity mineral acids woven fabrics iarc group 2b carcinogens metallurgy thermodynamics elementary algebra pyrotechnic fuels audio engineering physical chemistry architectural elements materials science transducers photography material computer networking oxides walls nanomaterials nanotechnology silver minute particle gene expression p.d.inorganic chemistry phases of matter electric field polymers particle physics flavour quantum number electric power mechanical vibrations ultraviolet radiation force energy electric current soil contamination electric and magnetic fields in matter electrode space telescopes textiles textile industry chemical properties internet signal speeds electronics evaluation p.m.s.dispositional beliefs historical scientific instruments explorer program t.v.beverages piece electric scientific instruments water latin alphabet organic chemistry chemical processes electrical components molecular electronics prophets of islam geometry transition metals percent error structural system p.d.f.communication broadcasting microscopes measuring instruments coatings telecommunications p.c.statistics electrostatics nonmetals garden features kinematics noble metals reducing agents aromatic compounds media formats stomach surface acoustic biomolecules nasa space probes energy storage classical mechanics electromagnetic spectrum condensed matter physics semiconductor device fabrication electronic circuits vector calculus dietary minerals solvents printing electrical engineering pedagogy spintronics electronic engineering dielectrics electronics terminology h.t.metals p.c.b.crystals network architecture carbon forms angle u.v fibers potential semiconductor materials circuit boards fortification (architectural elements)endocrine disruptors algebra p.m.a.musical quartets acoustic wave device electromagnetism educational psychology property law windows acoustics si derived units acid bath electronics manufacturing materials computer programming linear operators in calculus electrical conductors From Leslie O'Neill A year ago 49 views 0 name Moderator: Melanie-Claire Mallison, Cornell University Date 08/07/2017
41:13 NNCI_REU_Convocation_Special_Presentation_2:15pm_8… NNCI_REU_Convocation_Special_Presentation_2:15pm_8/07/2017	NNCI_REU_Convocation_Special_Presentation_2:15pm_8/07/2017 Special Presentation: international REU program at the National Institute for Materials Science Tsukuba, Japan natural sciences concepts in physics chemical elements solutions industrial processes japan linguistics group interesting former national capitals member states of the commonwealth of nations environment project management physical sciences presentation physical chemistry tribology materials science republics skeletal system commercial item transport and distribution nanotechnology meat gels east asian countries animal anatomy cooking techniques meteorology people japanese culture school types barbecue laboratory institutes hardware (mechanical)employment liberal democracies project cell biology chemical properties research constitutional monarchies canadian cuisine g8 nations international electronics human anatomy populated coastal places in japan atomic bombings of hiroshima and nagasaki food and drink g20 nations biomedical engineering topology organic chemistry mechanical engineering restaurant educational stages experience thing characterization communication community inorganic compounds parties school terminology undergraduate working quantum mechanics garden features religious architecture g15 nations cosmopolitan island countries japanese words and phrases ceremonies food ingredients thermoelectric cells materials degradation youth solvents electric power distribution chemical compounds engineering social change education american cuisine survival skills shinto social psychology universities and colleges n.c.i.collaboration applications types of organization building observation nitrides solar cells students biotechnology chemistry chemical engineering From Leslie O'Neill A year ago 2 views 0 name Presenters: Robert Accolla, Robert Chrotowski, Maya Martirossyan, John Nance, Skye Tackett, Cooper Thome Date 08/07/2017
58:24 NNCI_REU_Convocation_Session_F_1:00pm_8/07/2017 NNCI_REU_Convocation_Session_F_1:00pm_8/07/2017	NNCI_REU_Convocation_Session_F_1:00pm_8/07/2017 Session F: Global Learning Center Room 222 thermoplastics concepts in physics chemical elements solutions industrial processes solar cell food colorings cosmetics chemicals heat transfer quantum electrodynamics electricity fuel cell scales continuum mechanics systems theory atmospheric thermodynamics thermodynamics optical devices reducing agents systems pyrotechnic fuels physical chemistry materials science signal processing material transparent materials structural engineering cell efficiency coolants electron nanomaterials nanotechnology iarc group 2b carcinogens geography terminology particle level polymers university charge carriers microscopy phases of matter resource extraction applied and interdisciplinary physics rearrangement optics ultraviolet radiation colloidal chemistry electrodes renewable energy energy philosophical terminology energy conversion design energy economics measurement crystallography electrode particle physics medical terminology fluid dynamics matter oxoanions chemical properties research increase packaging materials integrated circuits sustainable architecture emerging technologies historical scientific instruments occupational safety and health marketing hydrogen compounds pressure magnetism glass applications physiology edge concentration topology water corrosion hydrogen economy mechanical engineering chlorides geometry universe silicon science experiments length dimensionless numbers toxicology excipients screen prints family mineralogy question microscopes solid mechanics cybernetics legal procedure force middle states association of colleges and schools metallurgy arts si base units temperature natural philosophy native element minerals mirrors nonmetals natural resources structure photographic chemicals geometrical optics sociology index glass hydrology d.m.p.country subdivisions commerce condensed matter physics respiration semiconductor device fabrication characteristic electrochemistry dietary minerals solvents printing underwater diving physics spectroscopy acoustics mechanics aesthetics dielectrics electronics terminology process electrodynamics analytical chemistry metals sample characterize crystals concentration hydrogen physical objects post-transition metals strength colonial colleges d.m.potential semiconductor materials telecommunications equipment pollutants fuels physical cosmology laboratory techniques hydrogen production office equipment structural system computer graphics precious metals dyes iarc group 1 carcinogens fluid mechanics electromagnetism oxides light si derived units hardness tests solar cells association of american universities materials control theory electrical conductors electronic band structures amount of substance From Leslie O'Neill A year ago 39 views 0 name Moderator: Ana Sanchez Gonzalez, University of Louisville Date 08/07/2017
50:34 NNCI_REU_Convocation_Session_E_11:10am_8/07/2017 NNCI_REU_Convocation_Session_E_11:10am_8/07/2017	NNCI_REU_Convocation_Session_E_11:10am_8/07/2017 Session E: Global Learning Center Room 222 d.n.a.natural sciences concepts in physics chemical elements voltage scattering heat transfer l.d.quantum electrodynamics electricity absorption classical mechanics control theory thermodynamics optical devices functional groups layer deposition m.b.e.communication pyrotechnic fuels audio engineering physical chemistry materials science material transparent materials oxides electron wireless energy transfer car safety condition graphic design bias power charge carriers microscopy elementary geometry political philosophy optics energy energy conversion electric and magnetic fields in matter crystallography philosophy of law machines electronic band structures surfaces genetics psychology chemical properties semiconductor medicine integrated circuits historical scientific instruments transformers (electrical)crystal quality pressure chamber pressure glass applications topology building materials chemical processes s.c.m.natural philosophy dimensional instruments fluid dynamics silicon length d.v.mineralogy color d.v.l.a.microscopes measuring instruments pyramid telecommunications atmospheric thermodynamics light mechanical engineering quantum mechanics accelerator physics reducing agents electromagnetism geometrical optics electromagnetic radiation scientific techniques english-language journals glass surface refractory materials recombination condensed matter physics semiconductor device fabrication applied and interdisciplinary physics spectroscopy superstitions electronic engineering aesthetics dielectrics electronics terminology process thin film deposition analytical chemistry metals wavelength crystals semiconductor structures potential semiconductor materials state functions laboratory techniques hydraulics device quantum chemistry superhard materials abrasives wafer photonics acoustics nitrides metalworking terminology chemistry From Leslie O'Neill A year ago 50 views 0 name Moderator: Kathryn Hollar, Harvard University Date 08/07/2017
56:14 desturler desturler	desturler formal sciences concepts in physics control flow reasoning ok.idealism pens mathematical and quantitative methods (economics)continuum mechanics systems theory control theory elementary algebra systems physical sciences physical chemistry computer networking structural engineering computability theory matrices computational problems eigenvalue evaluation solution theoretical chemistry vector www google research methods people aerodynamics middle english poems library unit vector measurement econometrics fluid dynamics matrix space statistical theory operator theory method differential calculus environmental science low degree statistical terminology estimation theory ontology equations problem topology geometry times thing psychotherapy statements systems science color computational science numerical software numerical analysis formal methods tools system graphic design functional analysis mathematical physics mathematical logic problem solving companies listed on nasdaq linear system quality decision theory arts statistics abstract algebra combinatorics creativity approximate quantum mechanics structure operations research systems engineering philosophical terminology evaluation methods binary operations convergence iterative methods approximation linear algebra applied mathematics optimization artificial intelligence theory of computation eigenvector theoretical computer science group theory desturler sequences and series regression analysis mind cognitive science large number education design of experiments search space computer graphics application computer science mathematical notation social psychology scientific method hand side algebra students polynomials mathematical analysis computational complexity theory multiplication quantum chemistry mathematical optimization data mathematical relations fluid mechanics psychology aesthetics educational psychology property law information theory business terms solve linear operators in calculus elementary mathematics chemistry From Kathryn Gentilello A year ago 5 views 0
33:14 FLAMEL Guest Lecture 03 FLAMEL Guest Lecture 03	FLAMEL Guest Lecture 03 Multiscale Simulation of Additive Manufacturing Processes particle physics circles water quality indicators research methods mineralogy process data types geometric shapes concepts in physics metals solutions computation toys force dislocation systems theory v.t.design of experiments atmospheric thermodynamics heat transfer si base units fluid dynamics temperature n.p.t.spheres manufacturing chemical properties length research metallurgy thermodynamics data file kinematics systems differential geometry electronics topology operations research rail technologies phase transitions materials science internet protocols experiment cryptography crystallography simulation.material hydraulics particles.volume pressure applications initial atom arrangement atoms classical mechanics structure calculate properties.chemical processes randomness mechanical engineering natural philosophy particle boundaries industry simulation elementary geometry phases of matter materials arithmetic simulations.property From Aleksandr Blekh A year ago 6 views 0 name Jesse Sestito Date 02/22/2017
01:17:28 ECE8813(01): Introduction; Trends in Power and… ECE8813(01): Introduction; Trends in Power and Computation	ECE8813(01): Introduction; Trends in Power and Computation Introductory remarks and a discussion of power and computational trends, along with a discussion of RF conventions and basic radiation theory. r.f.acoustics d.b.point communication semiconductors greek alphabet concepts in physics meter small amount distance education measuring instruments frequency educational technology cmos ok.si derived units radio spectrum power application electricity interesting electronics terminology chemical properties system academia electrodynamics digital media h.f.s.computer networks medical terminology statistical charts and diagrams energy audio engineering v.h.f.nuclear physics statistical terminology electrical power conversion d.c.h.f.amateur radio electronic design transistor d.b.m.diodes wireless wireless energy transfer student device u.h.f.electromagnetism sound physical quantities condensed matter physics radio technology futurology learning methods thing digital electronics broadcasting integrated circuits electromagnetic exponentials electrical engineering trigonometry electronic music From Gregory David Durgin 2 Years ago 13 views 0
43:22 ECE6390(01): Introduction, Syllabus, and… ECE6390(01): Introduction, Syllabus, and Assignments	ECE6390(01): Introduction, Syllabus, and Assignments Introduction to course mechanics and resources for learning material in class. artificial satellites orbiting earth multimedia concepts in physics distance education spacecraft planning rooms earth happiness geography knowledge companies listed on nasdaq peabody award winning television programs communications satellites photographs risk pharmacology observational astronomy computing terminology and uncertainty geography terminology weather prerequisite real estate google force research methods technology systems intelligence philosophical terminology wireless locating video traditional chinese objects psychology cognitive psychology human habitats research georgia tech safety internet lecture email planetary science geostationary graphics software curricula systems theory problem database management systems educational stages industry experience learning methods thing length multi-disciplinary navigation systems science communication broadcasting graphic design electromagnetics navigational equipment learning learning students school terminology undergraduate telecommunications management mechanical engineering system information science kinematics stars sociological terminology terrestrial planets data management wireless didactics project management distance thermoelectric futurology meteorology project matter electrical engineering pedagogy mechanics space mission computer networks surveying engineering cognitive science home education physical objects information documents angle maps legal doctrines and principles materials geodesy universities and colleges satellite education reform assignment collaboration celestial mechanics student class medical emergencies fasting educational psychology radio technology orbit problem solving academia velocity evaluation methods From Gregory David Durgin 2 Years ago 28 views 0