Search for tag: "vapor pressure"

6 Media

01:17:44 Nuts and Bolts of Oxide MBE #1 (Schlom) Nuts and Bolts of Oxide MBE #1 (Schlom)	Nuts and Bolts of Oxide MBE #1 (Schlom) 2019 Cornell Summer School LINK to presentation slides former components of the dow jones industrial average nonmetals minimum temperature high temperature low vapor pressure a.t.m. chemical elements nitrogen common oxide glass components food colorings fully electronic video camera runaway reaction magnesium oxide liquid lead stainless steel inorganic compounds metallurgy thermodynamics reducing agents m.b.e. phases exist pyrotechnic fuels arsenide surface materials science substrate temperature solid solution 1st principles face diagram oxides coolants iron oxide 1st thing surface chemistry gels oxygen elementary geometry phases of matter titanium sphere super lattice diffusion link opium oxide fully automated phase diagram bulk diffusion thermodynamic data chemical mixtures statistical mechanics energy gas cabinet optical materials liquid nitrogen iii-v compounds transition metals surfaces hollow sphere oxygen molecular group rate cell biology ozone compatible cameras chemical properties piping union carbide biology and pharmacology of chemical elements kinetic theory higher temperature barium oxide electron beam reference book elementary shapes growth mode pressure vapor pressure low surface energy coop rates thermal mass building materials gallium arsenide exposed natural resources 100 degrees 2000 degrees free path water cooled high vapor pressure ellingham diagram single crystals making cooper mineralogy surface diffusion r.c.a. laboratories ecology gallium arsenide props guy environment high surface energy oxidize thing gases antacids crucible problem m.b.e. grown topology diagrams phase transitions m.b. read oscillations r.c.a. diffusion length face separating chemical engineering safety committee refractory materials steel physical quantities higher surface energy depends exponentially equilibrium chemistry free energy silica gel nice smooth cooking techniques analytic geometry tungsten filament lower temperature crazy oxide action content analytical chemistry metals smooth film caption complete ozone generator good thing good crucible aluminum arsenide periodic table meteorology oxidizing agents laboratory equipment semiconductor materials arsenides growth rate diffusion coefficient higher surface energetic species hydraulics action pressure oxygen pressure iarc group 1 carcinogens alkaline earth metals surface energy diffusion fusion cell zinc oxide low temperature good choice 1000 times reciprocal temperature molecular beams plumbing safety issues nice pure valves From James Overhiser 434 plays
53:52 Nuts and Bolts of Oxide MBE #2—Composition… Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration (Schlom)	Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration (Schlom) 2019 Cornell Summer School LINK to presentation slides high temperature concepts in physics chemical elements single phase gallium model air compound semiconductors ozone pressure lattice constant small substrate metallurgy thermodynamics reducing agents m.b.e. pyrotechnic fuels materials science oxides coolants titanium ratio lead oxide point defect titanium oxide year opium oxygen crazy material phases of matter and air conditioning opium oxide phase diagram single phase region industrial processes transmission pattern titanium ridge crystallography composition control lead tightening cubic zirconia biggest challenge internet temperature uniformity 1st oxide 1st taste transition metals vapor pressure arsenic pressure neutral formula unit heating opium metal growth window semiconductors nucleate solid anions gallium arsenide charge neutral formula semiconductor growth gases rough map single phase diagrams phase transitions r.b.s. volatile species read oscillations gallium separate chemical engineering euphoriants volatile constituent diffraction spot physical quantities half order medicinal plants face peer free energy lower temperature opium shutter metal organic typical arsenic source absolute flux perfectly stoichiometric metals crystals big substrate absorption control works smallest charge times point post-transition metals making single phase single crystal strontium type oxidizing agents phase region calibration method ventilating bismuth tightknit caption complete oscillations stay nice growth rate titanium species beat frequency dot dot dot phase gallium arsenide control regime oxygen pressure blah blah alkaline earth metals m.b. hand step volatile oxide volatile metal organic bismuth oxide environmental chemistry absorption control relative ratio From James Overhiser 254 plays
15:04 Monday Lab Intro (Schlom) Monday Lab Intro (Schlom)	Monday Lab Intro (Schlom) 2019 Cornell Summer School calculation deposition strategy source material metals box file chemical elements mass spectrometer oscillations crystals transition metals pray approach caption complete temperature surface reconstructions gases metallurgy materials m.b.e. infographics materials project pretty good face diagrams materials science substrate temperature 1st principles binary oxide lattice constants pressure vapor pressure spectrometer coatings m.b. substrate multi component material cobalt oxide laboratory equipment diagrams spectroscopy lattice match m.b. machine chemical engineering From James Overhiser 14 plays
07:45 Tuesday Lab Intro (Schlom) Tuesday Lab Intro (Schlom)	Tuesday Lab Intro (Schlom) 2019 Cornell Summer School state functions unit cell percent concepts in physics source material metals ellingham perspective measure mathematical terminology species caption complete silicon temperature thinking question gases reducing agents biology and pharmacology of chemical elements dioxide degrees material yesterday answers commercially strontium pressure vapor pressure change overlap physical quantities substrate substrate picker chemical elements project dietary minerals elementary mathematics game time From James Overhiser 18 plays
01:00:50 Greatest Hits of MBE (Schlom) Greatest Hits of MBE (Schlom)	Greatest Hits of MBE (Schlom) 2019 Cornell Summer School LINK to presentation slides summer indium arsenide key aspect lead oxide concepts in physics temperature technique ceiling technology cold wall atomic steps spray cans compound semiconductors heat transfer hot wall density quantum hall inorganic compounds separate sources engine technology m.b.e. teaching architectural elements growth conditions arsenic source oxides unit cells vacuum critical current density diffraction pattern laboratory equipment super lattice independent control optics oscillation huge difference step edge bell labs joseph allison school types film reported iii-v compounds resistivity ratio hardware (mechanical) oxidizing agents growth mode oral communication john arthur alcatel bell laboratories spray painting electron beam great thing dedicated shutters arsenic rich vapor pressure arsenic pressure pressure broken equipment losing arsenic gas phase faculty member higher pressures underlying substrate growth window molecular beam gallium arsenide temperature high mobility thermodynamics gases quantum mechanics single phase high performance single model electromagnetism volatile species read oscillations chemical engineering great question epa taxi map attack physical quantities condensed matter physics modulation doping meteorology summer school electrical engineering state functions magnitude higher ultra high vacuum $76.00 inch highest mobility separate temperature caption complete great capability quantum electronics copper gasket long word semiconductor materials banking terms arsenides growth rate vacuum chamber superconductivity payment systems knife edge iarc group 1 carcinogens free path fusion length m.b. educational psychology zinc oxide low temperature national medal e-commerce room temperature india martian night nobel prize fractional quantum hall From James Overhiser 418 plays
16:30 CNF NanoCourses 2004 – Section 3.3:… CNF NanoCourses 2004 – Section 3.3: Evaporation (Michael S	CNF NanoCourses 2004 – Section 3.3: Evaporation (Michael S charge carriers earth metallurgy source concepts in physics materials temperature plasma processing vacuum electrodes dietary minerals physical objects industrial processes semiconductor device fabrication hydraulics laboratory equipment crystallography chemical engineering properties thin films electrical conductors phases of matter coatings information science atmospheric thermodynamics concentrate phase transitions mechanisms reducing agents requirements contamination chemical processes dielectrics evaporation heat transfer science experiments analytical chemistry biology and pharmacology of chemical elements pyrotechnic fuels liquids separation processes transition metals mechanical vibrations discussion sample caption complete packaging materials deposition materials science geometry surface electron sedimentology frequency evaporators surfaces electricity meteorology thin film deposition management chemical properties classical mechanics nonmetals physical chemistry contaminant library science monitor rate monitor mechanical engineering research energy pressure glass engineering and science solvents topology social psychology glass vapor pressure fluid dynamics solutions geological processes application thermodynamics material metals 3play_vodcnf_standard From David Botsch 122 plays