Search for tag: "phase transition"

General Fusion meeting

meetingsconcepts in physicsscience and technology in spainfusion conceptspower plant scaleconference roomnice dayfull scaleawful lotheat transferdensityelectricityatmospheric thermodynamicsthermodynamicsreducing agentstechnology companies of canadamain issuetime scalemagnetic fieldlr482hebrew bible words and phrasesimpermeable impermeablelarge scalechemical elementsbankingphases of mattercooking techniqueselectrode materialplasma directorlead looptime framelow level wastesoft hardplywood injectorhuman communicationinteresting materialsnuclear fusion fuelscompression timechemical kineticsnuclear materialsbiology and pharmacology of chemical elementsreal challengepretty goodwest coastwaste problemlower temperaturemagnetismmeter diameterheat exchangerbuilding materialsfusion conditionsliquid metalgeometryfriday afternoonlengthpower plant pointcomposite materialsfusion energyhigh currenthorticulture and gardeningmolten leadthermal eyeslead lithiumpower supplygood lucktransition metalsimage processingplant scalereading ratiomanagementenginesflow rateisotopes of hydrogenenergyaccountancyphase transitionsmetal platingchemical engineeringthreshold temperaturesphysical quantitiesworking fluidreaction ratelive gamemetal systemsneutron multiplier1st wallstate functionsmetalscaption completelong periodstructural wallgeneral fusionthick blanketdiffusion barriercavity formation systemcirclesouter constraintalgebrapower plantadditive manufacturingdwell timedebtelementary geometryneuroscienceregulatory pointneutron damageelectromagnetismmelting pointlow temperaturecurrent densityelementary mathematics
From  Laura Ricciuti on September 20th, 2019 4 plays

Nuts and Bolts of Oxide MBE #1 (Schlom)

2019 Cornell Summer School

former components of the dow jones industrial averagenonmetalsminimum temperaturehigh temperaturelow vapor pressurea.t.m.chemical elementsnitrogencommon oxide glass componentsfood coloringsfully electronicvideo camerarunaway reactionmagnesium oxideliquid leadstainless steelinorganic compoundsmetallurgythermodynamicsreducing agentsm.b.e.phases existpyrotechnic fuelsarsenide surfacematerials sciencesubstrate temperaturesolid solution1st principlesface diagramoxidescoolantsiron oxide1st thingsurface chemistrygelsoxygenelementary geometryphases of mattertitanium spheresuper latticediffusion linkopium oxidefully automatedphase diagrambulk diffusionthermodynamic datachemical mixturesstatistical mechanicsenergygas cabinetoptical materialsliquid nitrogeniii-v compoundstransition metalssurfaceshollow sphereoxygen moleculargroup ratecell biologyozone compatiblecameraschemical propertiespipingunion carbidebiology and pharmacology of chemical elementskinetic theoryhigher temperaturebarium oxideelectron beamreference bookelementary shapesgrowth modepressurevapor pressurelow surface energycoop ratesthermal massbuilding materialsgallium arsenide exposednatural resources100 degrees2000 degreesfree pathwater cooledhigh vapor pressureellingham diagramsingle crystalsmaking coopermineralogysurface diffusionr.c.a. laboratoriesecologygallium arsenideprops guyenvironmenthigh surface energyoxidize thinggasesantacidscrucible problemm.b.e. growntopologydiagramsphase transitionsm.b.read oscillationsr.c.a.diffusion lengthface separatingchemical engineeringsafety committeerefractory materialssteelphysical quantitieshigher surface energydepends exponentiallyequilibrium chemistryfree energysilica gelnice smoothcooking techniquesanalytic geometrytungsten filamentlower temperaturecrazy oxideaction contentanalytical chemistrymetalssmooth filmcaption completeozone generatorgood thinggood cruciblealuminum arsenideperiodic tablemeteorologyoxidizing agentslaboratory equipmentsemiconductor materialsarsenidesgrowth ratediffusion coefficienthigher surfaceenergetic specieshydraulicsaction pressureoxygen pressureiarc group 1 carcinogensalkaline earth metalssurface energydiffusionfusion cellzinc oxidelow temperaturegood choice1000 timesreciprocal temperaturemolecular beamsplumbingsafety issuesnice purevalves
From  James Overhiser on August 7th, 2019 38 plays

Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration (Schlom)

2019 Cornell Summer School

high temperatureconcepts in physicschemical elementssingle phase galliummodel aircompound semiconductorsozone pressurelattice constantsmall substratemetallurgythermodynamicsreducing agentsm.b.e.pyrotechnic fuelsmaterials scienceoxidescoolantstitanium ratiolead oxidepoint defecttitanium oxideyear opiumoxygencrazy materialphases of matterand air conditioningopium oxidephase diagramsingle phase regionindustrial processestransmission patterntitanium ridgecrystallographycomposition controllead tighteningcubic zirconiabiggest challengeinternettemperature uniformity1st oxide1st tastetransition metalsvapor pressurearsenic pressureneutral formula unitheatingopium metalgrowth windowsemiconductorsnucleate solidanionsgallium arsenidecharge neutral formulasemiconductor growthgasesrough mapsingle phasediagramsphase transitionsr.b.s.volatile speciesread oscillationsgallium separatechemical engineeringeuphoriantsvolatile constituentdiffraction spotphysical quantitieshalf ordermedicinal plantsface peerfree energylower temperatureopium shuttermetal organictypical arsenic sourceabsolute fluxperfectly stoichiometricmetalscrystalsbig substrateabsorption control workssmallest chargetimes pointpost-transition metalsmaking single phasesingle crystalstrontium typeoxidizing agentsphase regioncalibration methodventilatingbismuth tightknitcaption completeoscillations stay nicegrowth ratetitanium speciesbeat frequencydot dot dotphase gallium arsenidecontrol regimeoxygen pressureblah blahalkaline earth metalsm.b.hand stepvolatile oxidevolatile metal organicbismuth oxideenvironmental chemistryabsorption controlrelative ratio
From  James Overhiser on August 7th, 2019 12 plays

Molecular Beam Epitaxy of High Mobility ZnO-based Heterostructures (Falson)

2019 Cornell Summer School

generally speakinggrowth parametersconcepts in physicschemical elementsmagnesium zinc oxidepercent magnesiumgeometric shapesheat transferneedle temperaturecoke sidedensityinorganic compoundsthermodynamicshall effectreducing agentsscattering timepyrotechnic fuelsmaterials scienceoxide substrateform defectsmagnetic fieldoxidespolarization fieldmax planckfairly highquantum transportpretty simpleball crystalrotated sampleband gapultraviolet radiationreal spacedepletion regionmeasurementelectric and magnetic fields in matterbeautiful bigcrystallographyray diffractiongallium arsenidemicro meterextra wigglesshift gearschemical propertieselectric fieldspintronicsnice flatenvironmental sciencedoping magnesiumelectron gashigh densitymagnesium contentcool interactionproblems whatsoeverresidual chargelocal tetrahedronfractional quantumphase transitionnice linearlight sourcesmagnetismdegrees celsiussilicon oxidephoto luminescencemineralogysemiconductorselectron mobilitycharge densityquantum mechanicssilicon particlesdimensional extra systemtemperaturehigh mobilityelectrostaticsantacidsdimensional electron systemeffective masssuperhard materialsimpurity contentcommon oxide glass componentsrefractory materialsquantum phasesphysical quantitiescondensed matter physicsheader interfaceheader structuredietary mineralscooking techniquessubstrate holdersilicon carbidestate functionscrystal structureelectronics terminologyiii-v compoundsmetalslarge peakcrystalsmathematical terminologycarbidescaption completesingle crystalplasma cellenvironmental chemistrysemiconductor materialsfull rangerock saltarsenidesgrowth rated.c.theatrephoton energysingle siteroughly proportionalflat surfacemoderate temperaturesalkaline earth metalselectromagnetismm.b.zinc oxidelow temperaturediffractionnitridesgallium nitrideleft hand sidezinc oxide layermaterialsfairly simple
From  James Overhiser on August 7th, 2019 30 plays

Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4-(Schlom)

2019 Cornell Summer School

From  James Overhiser on August 7th, 2019 42 plays

2017 REU Vibha Vijayakumar CNF HHMI KEP PARADIM REU Nano-Convocation

From  James Overhiser on February 18th, 2019 6 plays

Diffraction (Part 1)

2017 PARADIM Diffraction part 1 David Muller

d.n.a.solid poleconcepts in physicsoutgoing spherical wavepositive nucleiray diffraction experimentatomic physicsdiffracted beamnicely linedhigher ordersilicon atomelectron microscopyfocal pointimage intensityzone axissymmetry zone axesoptical devicesfiafraction patternteachingshape factorelectron microscopeaudio engineeringhigh anglenuclear physicsfit scatteringbeautiful thinggood approximationthin sampleimaging methodchip chip chipreciprocal latticephase shiftelastic scatteringdigital audioenglish indie rock groupsdiffraction patterndiffraction spacegeometric opticschemical elementsbig anglesspatial resolutionsmall angle scatteringelementary special functionsbadly tiltedspatial frequencyadam layerreal spacelattice spacingdelta functionsmall anglemeasurementcrystallographyparticle physicsmusical quintetstime frequenciesquantum chemistryscattering happened1st columnscatteringoral communicationplane waveatom columnbiology and pharmacology of chemical elementstitanium columnmulti slicetransmission functionelectron beamfinite objectsurface normalbig spacingperiodic crystalsoft moonforward directionsynchrotron-related techniqueswave numberconstant phaseinfinite serieschange shapetravel parallelinfinitely large crystalscientific techniquesmain thingsolmicroscopesmathematical physicscontrast imagingoptic axisshape facttransition metalsinitial waveforward scatteringstem imagereciprocal spacespherical waveelectronics terminologyquantum mechanicsfield imageneighboring column1st approximationreducing agentsfourier analysisanalytic geometryfurcal wavefocal planetime varyingbright fieldangle scatteringorder spotmulti slice simulationimage planedidacticsscattering eventphysical aperturediffraction spotmomentum spacephysical quantitiesphoria transformtimes worse2nd ringsingle atomobjective aperturedietary mineralsabsorption and radiative transfer (optics)trigonometrystrong phase approximationunit cellfield imagingcarbon nitrogenstem modemetalsdiffraction peakinverse angstromsenglish alternative rock groupsdog fieldgeometrical opticsparallel beam1st ordermomentum transferatomic resolution imageyear transformcrystallography definitionperiodic tablefiber optic waveguidepyrotechnic fuelscentral spotsemiconductor materialsmathematical notationcaption completefinite sizelattice imaged.c.large anglefall fieldsine wavefraction spotfunctional analysisrandom orientationt.m.bad newsinitial wave functioneducational psychologyacousticsinformation theorydiffractionatomic numberlong rodwave function
From  James Overhiser on February 15th, 2019 19 plays

CAM Colloquium, 2013-02-01 - Mason A. Porter: Cascades and Social Influence on Networks

internet protocolsmemory windowknowledge representationinformationinfluencesocial statusinitial conditionmilitary tacticsformal sciencesthresholdmattermass mediaconcepts in physicsyouthmason portersystems theoryautonomycompanies listed on nasdaqsocial networksparticle physicsmemory processesmanagementpsychotherapyauxiliary sciences of historyandroid (operating system) softwarehuman behaviorqualityaestheticscombinatoricssciencesemioticspeoplesymbolswatch modelsummary statisticsthermodynamicstopologyresearch methodscampsychologytheoriesneurosciencestatistical mechanicscausal inferencemachine learningtime scalesp.c.decision theorydataguys transitionfree willquantum mechanicsreal lifememoryphysical objectsstatistical terminologyexperimentfictionsocial networkcognitive psychologygrammarmeansbusiness termsgroup processesresponse functionsociology of culturecornellsocial psychologyfashion accessoriesmedicinelatin alphabetinterpersonal relationshipsnetworkmental structuresstatisticsphilosophical terminologyplanningcaption completecomputer programmingcognitive sciencephase transitionslocally treefriendinternettheorydesign of experimentsdata managementlogicsocial networking servicesevaluation methodsscientific methodcondensed matter physicscomputer dataculturereal-time webliteraturegreek godsatmospheric thermodynamicscommunicationevaluationsystemsresearchtime steptwitterlinear algebramarketingdynamical systemspeer pressuregraph invariantsnetwork structurealgorithmsepidemiologyset theorymathematical objectssocial information processinggraph theoryneighbordata analysismaterials scienceopen problemsartscommunity buildingstudent culturechemical processescovariance and correlationwardata typessociological terminologymodelmilitary rankssociological theoriesinformation sciencesemanticsdegree distributionapplied mathematicscomplex systems theorycomputer networkscreativitything
From  E. Cornelius on June 29th, 2017 4 plays

CNF NanoCourses 2004 – Section 3.2: Thin Film Properties,

From  David Botsch on January 20th, 2012 51 plays

CNF NanoCourses 2004 – Section 3.2: Thin Film Properties,

cubic mineralsseparation processesphysical phenomenaenvironmental sciencepyrotechnic fuelsaccountancyconfectionerysteelatmospheric thermodynamicscrystallographycharge carrierspropertynuclear physicssemiconductor device fabricationtransformationssupply chain management termselectronics terminologybodies of watertopologyelectromagnetic radiationalgebrasedimentary rocksaquatic ecologyproperty lawmetal platingwatersnow removalliquidscorrosionconcepts in physicsmanufacturingphysical objectsatomic physicsfuelsnatural philosophyfluid dynamicstemperaturepressureplasma processingphilosophical terminologygeomorphologychemical compoundseducational psychologyphase transitionsfluvial landformschemical engineeringdistributionphilosophy of lawphotographycell biologycoppervolume ratiosystems scienceerosion landformsforms of watersandtechnologygrain boundaryphases of mattermetalshistorical scientific instrumentsfluid mechanicssuperhard materialscarbidessnowpedologyoxidescharacteristiccommunicationtransition metalslaboratory equipmentsolid-state chemistrybiology and pharmacology of chemical elementsnonmetalsconstructionbiomoleculesdiffusionmaterials scienceproduction and manufacturingsemiconductormaterialelectronicsgaseschemical kineticschemistryenergycaption completeelectric and magnetic fields in mattersystems theoryinformationsedimentologydielectricsglasscompound semiconductorscrystalplasma physicssurface chemistryreducing agentsphysiologythermodynamiceconomic anthropologycondensed matter physicsindustrial processeselectric fieldmemoryicecoatingsthermodynamicssemiconductorsprecipitationchemical propertiescontaminationpackaging materialsheat transferbuilding materialsdietary mineralsgrainthin filmnitridesphysical chemistrysurfacecrystalselectricityfilmsmineralogymicroscopesstate functionsmarketingelectromagnetismlogisticspolitical philosophysolutionspoly crystalinformation scienceelectrical conductorsvolumemetallurgydepositionnerve gascomputer sciencevacuumgeometrymolecular physicsmeteorologythin-film cellsindustrysolvents
From  David Botsch on January 20th, 2012 118 plays

CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa

calorimetryseparation processesphysical phenomenaconductivityscience experimentsflow metersatmospheric thermodynamicselectrical componentscharge carrierspropertynuclear physicsproperty lawmeasureelectronelectronics terminologypressure gaugeschemical engineeringsystemheat lossmetrologymeasurementmarketingalgebraideal gaslaboratory equipmentliquidsscientific methodconcepts in physicselementary algebraopticsoxidizing agentsfuelsdesign of experimentsfluid dynamicsoccupational safety and healthtemperatureelectronic engineeringphilosophical terminologycurrenthigh pressureradiationbroadcastingphase transitionsbasic meteorological concepts and phenomenagas lawsand air conditioningconvectionhigh vacuumamountpower supplymatterelectrodesheat conductionmagnetismventilatinggaugeorderexperimentsunderwater diving physicsphases of mattermetalsfunctionbusiness termsthermometersfluid mechanicssystems scienceorders of magnitude (volume)thermodynamicselectromagnetic radiationvacuum systemhydraulicsbiology and pharmacology of chemical elementsnonmetalsmaterialatmospherequantum chemistryfashion accessoriesbiomoleculescontrol theorymechanical engineeringmaterials sciencetransducerselectronicsclassical mechanicsgasesparticle physicspressurechemistryenergycaption completecontinuum mechanicsmeasuring instrumentssystems theoryelectrical engineeringweatherdielectricsfossil fuelsmoleculessurface chemistryreducing agentscharacters created by jack kirbyionssi base unitsindustrial processespotentialthermodynamic processesdynamical systemscommercial item transport and distributionelectronic circuitstransport phenomenanoble gasesglass applicationsvacuum systemschemical propertieschemical processespumpscapacitorsmoleculeresistive componentsdensitymassdietary mineralstopologyoil refiningphysical chemistrysurfacecoolantselectricitydata managementbuilding materialsgreenhouse gasesprocesselectromagnetismwater moleculealloysgas technologiesmass spectrometrysolutionselectronics manufacturingmechanicsheat transferreproducibilityvolumemetallurgyvacuummolecular physicsmeteorologythin film depositionheatingprocess managementpost-transition metalssolventsnatural resources
From  David Botsch on January 20th, 2012 64 plays

CNF NanoCourses 2004 – Section 2.1: Vacuum Science, Pumps

atmospheric thermodynamicssystemsstrategic managementphilosophical terminologysystems theorygame equipmentelectrical engineeringmolecular physicsphysical phenomenatransition metalsnuclear reactor coolantscooling technologylow vacuumsurfacematerials sciencesi base unitsmetallurgyelectronpolitical philosophyfluid dynamicsparticle physicscoolantsventilatingflow rangehome appliancesheat pumpslaser gain mediaareachemical engineeringforms of waterbasic meteorological concepts and phenomenaopticshydraulicssocial conceptspumpssemiconductorsthermodynamicsmicroscopesvacuumdesign of experimentselectromagnetismwater vaporoxygen compoundsmechanicsionsatomic physicstopologymatterheat transfercarbon formsmoleculesphysical sciencespyrotechnic fuelsconcepts in physicselectronics terminologyunderwater diving physicselectricityfuelsheliumpressureaccelerator physicssi derived unitsenergy conversionmoleculefluid mechanicsvolumechemical propertiessystemcaption completecharge carriersand air conditioninggeography terminologymedical treatmentsbiology and pharmacology of chemical elementsatmospherereducing agentsengine technologymetalssensory systemrefrigerantsparts of speechbiologically based therapiesplumbingamountsemiconductor device fabricationnoble gasescontinuum mechanicsindustrial processeschemistrynatural sciencesred moleculemeasurementcyberneticssolutionssemiconductornitrogentemperaturepumpingsocial psychologycold surfacesolventstechnologyheatingmolecularnatural materialsclassical mechanicspower suppliesliquidspolitical science termsphase transitionscausal inferenceairship technologyviscositymeteorologybuilding materialsdietary mineralsmagnetismliquid nitrogenwater transportaircraft engineswatervacuum systemsmassmaterialsphases of mattercryogenicsvelocityseparation processesdielectricsenginesphysiologynonmetalsbiomoleculeslaboratory equipmentbasicallydecision theoryhigh vacuumvacuum pumpscollisionordergasesmeasuring instrumentsscience experimentsphysical chemistry
From  David Botsch on January 20th, 2012 64 plays