'Electron gas' presentation slideshows

Fumihiro Koike, Kitasato University and NIFS

Atomic structure and dynamics calculations using the GRASP family of codes, and an introduction of some activities in NIFS. Collaborators: Izumi Murakami, NIFS (National Institute of Fusion Science) Daiji Kato, NIFS (National Institute of Fusion Science)

973 views • 87 slides

Electron-Electron Interactions

Electron-Electron Interactions. Dragica Vasileska Professor Arizona State university. Classification of Scattering Mechanisms. Treatment of the Electron-Electron Interactions. Electron-electron interactions can be treated either in: K-space, in which case one can separate between

972 views • 61 slides

ELECTRON TRANSPORT PHENOMENA IN LOW-DIMENSIONAL SYSTEMS

1.01k views • 56 slides

Relation of Electron Fermi Energy With Magnetic Field in Magnetars and their x-ray Luminosity

Relation of Electron Fermi Energy With Magnetic Field in Magnetars and their x-ray Luminosity. Qiu-he Peng ( Nanjing University ). Some published relative works.

822 views • 44 slides

ENS-Paris

ENS-Paris. Experiments on Luttinger liquid properties of Fractional Quantum Hall effect and Carbon Nanotubes. Christian Glattli CEA Saclay / ENS Paris). Nanoelectronic Group (SPEC, CEA Saclay) Patrice Roche ( join in 2000 ) (FQHE) Fabien Portier ( join in 2004 )

653 views • 41 slides

Neutral Upper Atmosphere

743 views • 40 slides

Heat capacity

Heat capacity. The electronic heat capacity C e can be found by taking the derivative of Equation (19.18): For temperatures that are small compared with the Fermi temperature, we can neglect the second term in the expansion compared with the first and obtain.

1.88k views • 29 slides

Thermal effects in PEP-II Consequences for BABAR

Thermal effects in PEP-II Consequences for BABAR. The thermal effects in PEP-II Origin and characteristics Before and after the ROD The drivers of BABAR background: VGCC3027, VP3044, VP3075 and VP3147 Detailed time history of the sensivity coefficients A possible model.

404 views • 28 slides

Theory on Electron Cooling

Theory on Electron Cooling. He Zhang CASA Journal Club Talk, 12/03/2012. Theory on Electron Cooling. This talk is based on the following references:. YA. S. Derbenev and A. N. Skrinsky The Kinetics of Electron Cooling of Beams in Heavy Particle Storage Rings

398 views • 26 slides

Density Functionals: Basic DFT Theory

Density Functionals: Basic DFT Theory. Sergio Aragon San Francisco State University CalTech PASI January 4-16, 2004. DFT Publications. Outline. Wavefunction methods: Hartree-Fock To know ground state E, what else do we need to know? Electron Density. Basic DFT Theorems Kohn-Sham Equations

1.2k views • 26 slides

Metals I: Free Electron Model

Metals I: Free Electron Model. Physics 355. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. +. Free Electron Model. Schematic model of metallic crystal, such as Na, Li, K, etc.

784 views • 26 slides

Chemistry 6440 / 7440

Chemistry 6440 / 7440. Density Functional Theory. Electronic Energy Components. Total electronic energy can be partitioned E = E T + E NE +E J + E X +E C E T = kinetic energy of the electrons E NE = Coulomb attraction energy between electrons and nuclei

387 views • 20 slides

Designing an SPR biointerface for transmembrane proteins

176 views • 17 slides

Nuclear Astrophysics

Nuclear Astrophysics. Lecture 2 Thurs. Oct. 27, 2011 Prof. Shawn Bishop, Office 2013, Ex. 12437. www.nucastro.ph.tum.de. Thermodynamic properties: Equations of State. On the Road to Pressure Integral. Momentum transfer imparted to surface dS:. Flux Volume. Volume of parallelepiped.

286 views • 17 slides

Chiral Orbital Angular Momentum Perspective on Surface Electronic States of SrTiO 3 and KTaO 3

Chiral Orbital Angular Momentum Perspective on Surface Electronic States of SrTiO 3 and KTaO 3. Kyeong Tae Kang Panjin Kim Jung Hoon Han. Department of Physics, SungKyunKwan University, Suwon, South Korea. Overview. 1. Introduction 2D electron gas STO/KTO materials

476 views • 16 slides

Plasmonics

Plasmonics. The long wavelength of light (? ?m) creates a problem for extending optoelectronics into the nanometer regime. A possible way out is the conversion of light into plasmons . They have much shorter wavelengths than light and are

710 views • 15 slides

Lecture 24. Degenerate Fermi Gas (Ch. 7)

? / E F. 1. 1. ~ k B T. k B T/E F. occupancy. T =0. ( with respect to E F ). Lecture 24. Degenerate Fermi Gas (Ch. 7).

537 views • 15 slides

3.40 Physical Metallurgy Lecture #5 Review Metallic Bonding

3.40 Physical Metallurgy Lecture #5 Review Metallic Bonding. Presented by Leon Faison Course 2N. Agenda. Metallic Bonding Indicative Properties Metastability Research Work Embedded Atom Method. Metallic Bonding. Indicative Properties Shiny Malleable

271 views • 12 slides

Quantum Hall Effect

Quantum Hall Effect. Jesse Noffsinger Group Meeting Talk (As required by the Governor of the State of California) April 17, 2007. Classical Hall Effect. Experimental Values *. B. +++++++++++++++++++. E x , j x. V H. E y. - - - - - - - - - - - - - - - - - - . *Ashcroft and Mermin.

1.96k views • 11 slides

Geim

Geim. Novoselov. Nobel Prize 2010. Non-relativistic 2D-electron gas. relativistic 2D-electron gas (Graphene). von Klitzing Nobel Prize 1985. the slides of the different lectures can be found at https://www.ifw-dresden.de/de/institute /

309 views • 2 slides