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02:08 How_sodium_chanels_work How_sodium_chanels_work	How_sodium_chanels_work gates activate concentration gradients action potential neuron reaches sodium gates potassium ions neurons voltage threshold concentration caption complete stimulation disturbance deceptive sodium polarization sodium ions adjacent integral membrane proteins channel potential difference neurophysiology potassium membrane hundreds membrane biology nerve region desiccants electrophysiology From Cindy DeCloux on July 17th, 2019 6 plays
02:06 01_01_01_new.flv 01_01_01_new.flv	01_01_01_new.flv gates activate concentration gradients action potential neuron reaches sodium gates potassium ions neurons voltage threshold concentration caption complete stimulation disturbance deceptive sodium polarization sodium ions adjacent integral membrane proteins channel potential difference neurophysiology potassium membrane hundreds membrane biology nerve region desiccants electrophysiology From Cindy DeCloux on June 25th, 2019 9 plays
21:00 CNF NanoCourses 2004 – Section 3.2: Thin… CNF NanoCourses 2004 – Section 3.2: Thin Film Properties,	CNF NanoCourses 2004 – Section 3.2: Thin Film Properties, deposition vacuum influence mechanics physical objects elasticity (physics)iarc group 1 carcinogens nonmetals electron cross-sectional heat transfer granular materials cubic minerals natural resources crystallography material semiconductors surface world health organization essential medicines food colorings coatings volume industry pressure mineralogy dietary minerals topology state functions electricity fluid dynamics vapor deposition solutions electrical engineering surface energy fluid mechanics building materials structure molecules condensed matter physics phase transitions semiconductor device fabrication atmospheric thermodynamics pyrotechnic fuels techniques temperature chemical elements transition metals metal plating atom pair electromigration property materials science environmental economics industrial processes toxicology chemical reactivity glass surfaces chemical properties low surface thermodynamics substrate oxides migration physical chemistry metals metallurgy matter metalloids excipients hydrides concepts in physics weather solvents energy chemical bonding classical mechanics reducing agents systems theory basic meteorological concepts and phenomena grain sensory system ions solid mechanics semiconductor materials technology green growth crystals chlorides silicon thin film deposition materials degradation phases of matter home appliances electrical conductors refractory materials liquids separation processes charge carriers chemistry From David Botsch on January 20th, 2012 59 plays
54:03 CNF NanoCourses 2004 – Section 3.4: Dry… CNF NanoCourses 2004 – Section 3.4: Dry Etching (Meredith	CNF NanoCourses 2004 – Section 3.4: Dry Etching (Meredith state functions fluid dynamics concepts in physics electrical phenomena coolants plasma processing ions electron systems theory side wall electrode elementary geometry plasma semiconductor devices classical mechanics iarc group 1 carcinogens metals pyrotechnic fuels condensed matter physics quantum chemistry atmospheric thermodynamics decision theory substrate potential cybernetics aesthetics chemical reactions magnetism spectroscopy refrigerants chlorine c.h.f.chemical elements nonmetals noble gases audio effects molecule solvents vacuum measuring instruments electronic engineering charge carriers optics philosophical terminology reducing agents natural philosophy mass process chemical properties physical chemistry standards accelerator physics silicon compounds inorganic compounds telecommunications algebra molecular physics electrodynamics audio engineering capacitors neuroscience physical sciences industry radio spectrum semiconductor materials molecules industrial processes electrical components plasma physics fluid mechanics thermodynamics electric and magnetic fields in matter pressure special relativity atomic physics open methodologies mechanics electronics terminology hydrogen compounds food preservation heat transfer oxides geography neurochemistry electronics chemistry energy storage astrophysics particle physics c.n.n.halogens biomolecules electromagnetic spectrum technique materials science ratios electromagnetism carbides chemical bonding si derived units calendar eras energy sedimentary rocks thin film deposition systems temperature coatings electrical conductors semiconductor device fabrication nuclear reactor coolants electricity chemical processes bombardment scientific techniques post-transition metals atoms metallurgy characteristics multinational companies types of magnets structure material hydrogen resist phases of matter acoustics continuum mechanics occupational safety and health From David Botsch on January 20th, 2012 177 plays
56:48 CNF NanoCourses 2004 – Section 4.4: Auger… CNF NanoCourses 2004 – Section 4.4: Auger and Thin Film An	CNF NanoCourses 2004 – Section 4.4: Auger and Thin Film An metalloids chemical elements multinational companies thermodynamics building materials electrical conductors measuring instruments optics physical chemistry material group theory ions transition metals microscopy systems science geochemistry carbon cartography oncology native element minerals sensitivity spectroscopy energy levels gallium arsenide carbon forms microscopes condensed matter physics problem solving chemical properties iarc group 2b carcinogens maintenance ergonomics kinematics quantum chemistry scientific techniques mass spectrometry analytical chemistry phases of matter laboratory techniques soil contamination cobol atomic physics statistical terminology materials science reliability engineering differential calculus refractory materials object-oriented programming languages compound semiconductors metallurgy characteristic vacuum failure classical mechanics molecules physical objects food colorings iarc group 1 carcinogens precious metals electronics coatings density elementary algebra semiconductor materials business terms spectrum concepts in physics electromagnetism heat transfer philosophical terminology house types characterization dietary minerals energy (physics)c.h.f.occupational safety and health nonmetals molecular biology scientific terminology transition pyrotechnic fuels quantum electrodynamics measurement electromagnetic radiation toxicology teratogens particle physics sample industrial processes continuum mechanics chemical reactions charge carriers caption complete electron quantum mechanics forms of energy geography nuclear physics pnictogens chemistry energy conversion scattering thin films molecular physics systems theory reducing agents computer programming programming languages electrodes From David Botsch on January 20th, 2012 56 plays
57:10 CNF NanoCourses 2004 – Section 2.2: Vacuum… CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa	CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa calorimetry separation processes physical phenomena conductivity science experiments flow meters atmospheric thermodynamics electrical components charge carriers property nuclear physics property law measure electron electronics terminology pressure gauges chemical engineering system heat loss metrology measurement marketing algebra ideal gas laboratory equipment liquids scientific method concepts in physics elementary algebra optics oxidizing agents fuels design of experiments fluid dynamics occupational safety and health temperature electronic engineering philosophical terminology current high pressure radiation broadcasting phase transitions basic meteorological concepts and phenomena gas laws and air conditioning convection high vacuum amount power supply matter electrodes heat conduction magnetism ventilating gauge order experiments underwater diving physics phases of matter metals function business terms thermometers fluid mechanics systems science orders of magnitude (volume)thermodynamics electromagnetic radiation vacuum system hydraulics biology and pharmacology of chemical elements nonmetals material atmosphere quantum chemistry fashion accessories biomolecules control theory mechanical engineering materials science transducers electronics classical mechanics gases particle physics pressure chemistry energy caption complete continuum mechanics measuring instruments systems theory electrical engineering weather dielectrics fossil fuels molecules surface chemistry reducing agents characters created by jack kirby ions si base units industrial processes potential thermodynamic processes dynamical systems commercial item transport and distribution electronic circuits transport phenomena noble gases glass applications vacuum systems chemical properties chemical processes pumps capacitors molecule resistive components density mass dietary minerals topology oil refining physical chemistry surface coolants electricity data management building materials greenhouse gases process electromagnetism water molecule alloys gas technologies mass spectrometry solutions electronics manufacturing mechanics heat transfer reproducibility volume metallurgy vacuum molecular physics meteorology thin film deposition heating process management post-transition metals solvents natural resources From David Botsch on January 20th, 2012 71 plays
57:30 CNF NanoCourses 2004 – Section 2.2: Vacuum… CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa	CNF NanoCourses 2004 – Section 2.2: Vacuum System Performa structural engineering charge carriers oxygen compounds forms of water water in gas length transport phenomena metallurgy matter source water temperature vacuum electronic amplifiers valves chemistry euphemisms subatomic particles scattering dietary minerals spectrometer classical mechanics continuum mechanics magnetism statics industrial processes systems theory hydraulics glaciology molecular physics control engineering natural resources multiplier laboratory equipment condensed matter physics hand tools measurement vacuum pumps chemical engineering electrical conductors phases of matter concepts in physics elementary mathematics analytical chemistry atmospheric thermodynamics fuels atomic physics surface flange optics nitrogen occupational safety and health molecule pumps mass spectrometry contamination tools light measuring instruments vapor reducing agents oxidizing agents cybernetics mechanics quarks microscopes medical terminology sensory system ions seals (mechanical)audio engineering quantum electrodynamics eye force applied and interdisciplinary physics spectrometers valve dielectrics building materials electromagnetism heat transfer philosophical terminology semiconductor devices semiconductors audio effects photography biology and pharmacology of chemical elements woodworking electrodes plumbing filter theory systems engineering transition metals fuel gas kinematics physical sciences group theory nuclear power plant components spectroscopy scientific terminology upper limb anatomy building engineering materials science geometry computer graphics accelerator physics gases particle physics electron engine technology process hazardous air pollutants electricity ratios electronic circuits meteorology vacuum system chemical properties engineering nonmetals piping scientific techniques electromagnetic radiation physical chemistry psychrometrics neurological disorders mechanical engineering pneumatics hydrocarbon potential electronics biomolecules energy mass pressure glass applications hepatology linear filters plants quantum mechanics signal processing system glass control theory fluid dynamics suffering nuclear physics solutions fluid mechanics natural philosophy oxides thing steel thermodynamics material metals stainless greenhouse gases vacuum systems historical scientific instruments water vapor molecules algebra From David Botsch on January 20th, 2012 43 plays
50:02 CNF NanoCourses 2004 – Section 2.1: Vacuum… CNF NanoCourses 2004 – Section 2.1: Vacuum Science, Pumps	CNF NanoCourses 2004 – Section 2.1: Vacuum Science, Pumps atmospheric thermodynamics systems strategic management philosophical terminology systems theory game equipment electrical engineering molecular physics physical phenomena transition metals nuclear reactor coolants cooling technology low vacuum surface materials science si base units metallurgy electron political philosophy fluid dynamics particle physics coolants ventilating flow range home appliances heat pumps laser gain media area chemical engineering forms of water basic meteorological concepts and phenomena optics hydraulics social concepts pumps semiconductors thermodynamics microscopes vacuum design of experiments electromagnetism water vapor oxygen compounds mechanics ions atomic physics topology matter heat transfer carbon forms molecules physical sciences pyrotechnic fuels concepts in physics electronics terminology underwater diving physics electricity fuels helium pressure accelerator physics si derived units energy conversion molecule fluid mechanics volume chemical properties system caption complete charge carriers and air conditioning geography terminology medical treatments biology and pharmacology of chemical elements atmosphere reducing agents engine technology metals sensory system refrigerants parts of speech biologically based therapies plumbing amount semiconductor device fabrication noble gases continuum mechanics industrial processes chemistry natural sciences red molecule measurement cybernetics solutions semiconductor nitrogen temperature pumping social psychology cold surface solvents technology heating molecular natural materials classical mechanics power supplies liquids political science terms phase transitions causal inference airship technology viscosity meteorology building materials dietary minerals magnetism liquid nitrogen water transport aircraft engines water vacuum systems mass materials phases of matter cryogenics velocity separation processes dielectrics engines physiology nonmetals biomolecules laboratory equipment basically decision theory high vacuum vacuum pumps collision order gases measuring instruments science experiments physical chemistry From David Botsch on January 20th, 2012 72 plays
01:07:34 CNF NanoCourses 2004 – Section 3.5: Sputter… CNF NanoCourses 2004 – Section 3.5: Sputter Deposition (Je	CNF NanoCourses 2004 – Section 3.5: Sputter Deposition (Je surface noble gases direct democracy cybernetics cognition power characteristics chemical elements sputtering energy and air conditioning degrees celsius transparent materials system medical terminology gases physical chemistry material astrophysics electrical engineering parameter evaporation temperature plasma processing atmospheric dynamics plasma physics materials science deposition oxygen alloys industrial processes molar quantities chemical engineering chemical properties electronics terminology substrate thin film deposition systems science semiconductor device fabrication atomic physics atmospheric thermodynamics r.f.target systems pumps pressure free path stress glass phases of matter ions vacuum systems quantum chemistry heat transfer philosophical terminology electromagnetism thermodynamics dielectrics architectural elements physical quantities materials concepts in physics astronomical imaging charge carriers basic meteorological concepts and phenomena geometry plasma vacuum caption complete characters created by jack kirby molecular physics si derived units scientific classification hydraulics magnetism glass forming electron proces heating electrical conductors medical treatments state functions ventilating laboratory equipment From David Botsch on January 20th, 2012 128 plays