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Ezra's Round Table - February 4, 2011 - Mark Jacobson

Ezra Round Table Guest Lecture #1 http://www.stanford.edu/group/efmh/jacobson/ Host: Oliver Gao Mark Jacobson February 4, 2011

From  E. Cornelius on March 4th, 2018 4 plays

CNF NanoCourses 2004 – Section 3.2: Thin Film Properties,

From  David Botsch on January 20th, 2012 59 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 124 plays

CNF NanoCourses 2004 – Section 3.4: Dry Etching (Meredith

state functionsfluid dynamicsconcepts in physicselectrical phenomenacoolantsplasma processingionselectronsystems theoryside wallelectrodeelementary geometryplasmasemiconductor devicesclassical mechanicsiarc group 1 carcinogensmetalspyrotechnic fuelscondensed matter physicsquantum chemistryatmospheric thermodynamicsdecision theorysubstratepotentialcyberneticsaestheticschemical reactionsmagnetismspectroscopyrefrigerantschlorinec.h.f.chemical elementsnonmetalsnoble gasesaudio effectsmoleculesolventsvacuummeasuring instrumentselectronic engineeringcharge carriersopticsphilosophical terminologyreducing agentsnatural philosophymassprocesschemical propertiesphysical chemistrystandardsaccelerator physicssilicon compoundsinorganic compoundstelecommunicationsalgebramolecular physicselectrodynamicsaudio engineeringcapacitorsneurosciencephysical sciencesindustryradio spectrumsemiconductor materialsmoleculesindustrial processeselectrical componentsplasma physicsfluid mechanicsthermodynamicselectric and magnetic fields in matterpressurespecial relativityatomic physicsopen methodologiesmechanicselectronics terminologyhydrogen compoundsfood preservationheat transferoxidesgeographyneurochemistryelectronicschemistryenergy storageastrophysicsparticle physicsc.n.n.halogensbiomoleculeselectromagnetic spectrumtechniquematerials scienceratioselectromagnetismcarbideschemical bondingsi derived unitscalendar erasenergysedimentary rocksthin film depositionsystemstemperaturecoatingselectrical conductorssemiconductor device fabricationnuclear reactor coolantselectricitychemical processesbombardmentscientific techniquespost-transition metalsatomsmetallurgycharacteristicsmultinational companiestypes of magnetsstructurematerialhydrogenresistphases of matteracousticscontinuum mechanicsoccupational safety and health
From  David Botsch on January 20th, 2012 177 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 70 plays

CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa

structural engineeringcharge carriersoxygen compoundsforms of waterwater in gaslengthtransport phenomenametallurgymattersourcewatertemperaturevacuumelectronic amplifiersvalveschemistryeuphemismssubatomic particlesscatteringdietary mineralsspectrometerclassical mechanicscontinuum mechanicsmagnetismstaticsindustrial processessystems theoryhydraulicsglaciologymolecular physicscontrol engineeringnatural resourcesmultiplierlaboratory equipmentcondensed matter physicshand toolsmeasurementvacuum pumpschemical engineeringelectrical conductorsphases of matterconcepts in physicselementary mathematicsanalytical chemistryatmospheric thermodynamicsfuelsatomic physicssurfaceflangeopticsnitrogenoccupational safety and healthmoleculepumpsmass spectrometrycontaminationtoolslightmeasuring instrumentsvaporreducing agentsoxidizing agentscyberneticsmechanicsquarksmicroscopesmedical terminologysensory systemionsseals (mechanical)audio engineeringquantum electrodynamicseyeforceapplied and interdisciplinary physicsspectrometersvalvedielectricsbuilding materialselectromagnetismheat transferphilosophical terminologysemiconductor devicessemiconductorsaudio effectsphotographybiology and pharmacology of chemical elementswoodworkingelectrodesplumbingfilter theorysystems engineeringtransition metalsfuel gaskinematicsphysical sciencesgroup theorynuclear power plant componentsspectroscopyscientific terminologyupper limb anatomybuilding engineeringmaterials sciencegeometrycomputer graphicsaccelerator physicsgasesparticle physicselectronengine technologyprocesshazardous air pollutantselectricityratioselectronic circuitsmeteorologyvacuum systemchemical propertiesengineeringnonmetalspipingscientific techniqueselectromagnetic radiationphysical chemistrypsychrometricsneurological disordersmechanical engineeringpneumaticshydrocarbonpotentialelectronicsbiomoleculesenergymasspressureglass applicationshepatologylinear filtersplantsquantum mechanicssignal processingsystemglasscontrol theoryfluid dynamicssufferingnuclear physicssolutionsfluid mechanicsnatural philosophyoxidesthingsteelthermodynamicsmaterialmetalsstainlessgreenhouse gasesvacuum systemshistorical scientific instrumentswater vapormoleculesalgebra
From  David Botsch on January 20th, 2012 43 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 72 plays