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      by 
      Fields, B. H., author.
      Format: 
      Alıntı: 
      Understanding electrons / Fields, B. H., author.
      by 
      Lou, Liang-fu.
      Format: 
      Alıntı: 
      Introduction to phonons and electrons Lou, Liang-fu.
      by 
      Bube, Richard H., 1927-
      Format: 
      Alıntı: 
      Electrons in solids : an introductory survey / Bube, Richard H., 1927-
      by 
      Akkermans, E. (Eric)
      Format: 
      Alıntı: 
      Mesoscopic physics of electrons and photons Akkermans, E. (Eric)
      by 
      Bube, Richard H., 1927-
      Format: 
      Alıntı: 
      Electrons in solids : an introductory survey / Bube, Richard H., 1927-
      by 
      Ferrey, Steven.
      Format: 
      Alıntı: 
      Defining power electrons and the law / Ferrey, Steven.
      by 
      Cesar, David Borden, author.
      Format: 
      Alıntı: 
      Probing Ultrafast Dynamics With Relativistic Electrons / Cesar, David Borden, author.
      by 
      Hawkes, P. W.
      Format: 
      Alıntı: 
      Microscopy, spectroscopy, holography and crystallography with electrons / Hawkes, P. W.
      by 
      Arabatzis, Theodore, 1965-
      Format: 
      Alıntı: 
      Representing electrons a biographical approach to theoretical entities / Arabatzis, Theodore, 1965-
      by 
      Stephanos, Joseph J., author.
      Format: 
      Alıntı: 
      Electrons, atoms, and molecules in inorganic chemistry : a worked examples approach / Stephanos
      by 
      Markoš, Peter.
      Format: 
      Alıntı: 
      Wave propagation from electrons to photonic crystals and left-handed materials / Markoš, Peter.
      by 
      Ovchinnikov, S. G. (Sergeĭ Gennadievich)
      Format: 
      Alıntı: 
      Hubbard operators in the theory of strongly correlated electrons Ovchinnikov, S. G. (Sergeĭ
      by 
      Foreman, William M., author. (orcid)0000-0001-6555-6948
      Format: 
      Alıntı: 
      A Demonstration of Light-Augmented Calorimetry for Low-Energy Electrons in Liquid Argon / Foreman
      by 
      Martens, Ulrike, author.
      Format: 
      Alıntı: 
      Laser pulse excited electrons and spins in ferromagnetic heterostructures / Martens, Ulrike, author.
      by 
      Moody, Michael F., Dr.
      Format: 
      Alıntı: 
      Structural biology using electrons and X-rays : an introduction for biologists / Moody, Michael F
      by 
      Bazante, Alexandre P., author.
      Format: 
      Alıntı: 
      Unwanted Electrons: From New Structure Discovery to Method Realm Extension / Bazante, Alexandre P
      by 
      McArthur, Christine, author.
      Format: 
      Alıntı: 
      The development of an ultrafast nanobolometer cooled by electrons / McArthur, Christine, author.
      by 
      Überall, Herbert, 1931-
      Format: 
      Alıntı: 
      Electrons -- Scattering.
      by 
      Hawkes, P. W., editor.
      Format: 
      Alıntı: 
      Electrons -- Problems, exercises, etc.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, P. W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., author.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., author.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, P. W.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, P. W.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Keller, J. (Jaime)
      Format: 
      Alıntı: 
      Electrons.
      by 
      Kasper, E. (Erwin), 1933-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Vaĭnshteĭn, B. K. (Boris Konstantinovich), 1921-
      Format: 
      Alıntı: 
      Electrons -- Diffraction.
      by 
      Ischenko, Anatoli A., author.
      Format: 
      Alıntı: 
      Electrons -- Diffraction.
      by 
      Walecka, John Dirk, 1932-
      Format: 
      Alıntı: 
      Electrons -- Scattering.
      Format: 
      Alıntı: 
      Electrons -- Turkey -- Statistics.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, P. W.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Bogolubov, N. N. (Nikolai Nikolaevich), 1909-1992.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Portis, Alan M.
      Format: 
      Alıntı: 
      Electrons -- Study and teaching.
      by 
      Liang, Shi-Dong, author.
      Format: 
      Alıntı: 
      Electrons -- Emission.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Fujimura, Y. (Yuichi)
      Format: 
      Alıntı: 
      Electrons.
      by 
      Hawkes, Peter W., editor.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Larsson, Mats.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Schülke, Winfried.
      Format: 
      Alıntı: 
      Electrons -- Inelastic scattering.
      by 
      Feynman, Richard P. (Richard Phillips), 1918-1988, author.
      Format: 
      Alıntı: 
      Electrons.
      by 
      Evtukh, Anatoliy, author.
      Format: 
      Alıntı: 
      Electrons -- Emission.
      by 
      Cannon, Roderick D. (Roderick David), 1938-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Brewer, George Raymond, 1922-
      Format: 
      Alıntı: 
      Lithographie par faisceau d'électrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Ibach, H., 1941-
      Format: 
      Alıntı: 
      Spectroscopie de pertes d'énergie d'électrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Zlatkis, Albert.
      Format: 
      Alıntı: 
      Électrons -- Capture.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Amelinckx, S. (Severin)
      Format: 
      Alıntı: 
      Electrons -- Diffraction -- Congresses.
      by 
      Gantmakher, V. F.
      Format: 
      Alıntı: 
      Électrons libres dans les métaux, Théorie des.
      by 
      Newman, Roger.
      Format: 
      Alıntı: 
      Lithographie par faisceau d'électrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Electrons.
      by 
      Klinger, Mikhail Izrailevich.
      Format: 
      Alıntı: 
      Semiconductors Electrons Transport phenomena
      by 
      Jackson, Tom, 1972- author.
      Format: 
      Alıntı: 
      What is matter? -- Introducing elements -- Looking at atoms -- Understanding electrons -- Reactions
      by 
      Mooney, Carla, 1970- author.
      Format: 
      Alıntı: 
      Introduces the world of protons, neutrons, and electrons. Learn how atoms and molecules combine to
      by 
      Gill, Robin, 1944- author.
      Format: 
      Alıntı: 
      -- Aqueous solutions and the hydrosphere -- Electrons in atoms -- What we can learn from the periodic table
      by 
      Bisdom, E. B. A.
      Format: 
      Alıntı: 
      matter in thin sections with transmitted, secondary and backscattered electrons; Chapter 7. Variations in
      by 
      Fromhold, A. T.
      Format: 
      Alıntı: 
      , diffraction of valence electrons, and the nearly-free-electron model -- pt. IV. Energy bands in crystals. The
      by 
      Bamford, C. H.
      Format: 
      Alıntı: 
      / D. Benson -- Ion-molecule reactions / I. Koyano -- Reactions of solvated electrons / G. Hughes, C
      by 
      Weinhold, Frank, 1941-
      Format: 
      Alıntı: 
      1. Getting started -- 2. Electrons in atoms -- 3. Atoms in molecules -- 4. Hybrids and bonds in
      by 
      Dimock, Jonathan, 1945-
      Format: 
      Alıntı: 
      ; Part II. Relativistic: 7. Relativity; 8. Scalar particles and fields; 9. Electrons and photons; 10
      by 
      Arimondo, E.
      Format: 
      Alıntı: 
      ; Preface; Chapter 1. Simultaneous Emission of Multiple Electrons from Atoms and Molecules Using Synchrotron
      by 
      Gromov, Sergei P.
      Format: 
      Alıntı: 
      / Renato Gatto, Harry E. Mynick -- Chaotic motion of relativistic electrons driven by whistler waves / G. V
      by 
      Cividjian, Natalia, 1967-
      Format: 
      Alıntı: 
      theory of EBID spatial resolution. -- The role of secondary electrons in EBID. -- Delocalization effects
      by 
      Chung, Yip-wah, 1950-
      Format: 
      Alıntı: 
      spectroscopy, photoelectron spectroscopy, inelastic scattering of electrons and ions, low energy electron
      by 
      Bederson, Benjamin.
      Format: 
      Alıntı: 
      Spectroscopy of Molecules and Clusters. Calculation of Electrons Scattering on Hydrogenic Targets. Relativistic
      by 
      Ohring, Milton, 1936-
      Format: 
      Alıntı: 
      (Chapter Headings): Introduction to Materials Science and Engineering. Electrons in Atoms and
      by 
      Inokuti, Mitio.
      Format: 
      Alıntı: 
      Cross Sections for Electron Collisions: Analysis of Scattered Electrons; Chapter 3. Benchmark
      by 
      Bilenʹkiĭ, S. M. (Samoil Mikhelevich)
      Format: 
      Alıntı: 
      -inelastic scattering of polarized electrons on polarized nucleons (the parton model); References; Index.
      by 
      Jishi, Radi A., 1955-
      Format: 
      Alıntı: 
      ; 11. Phonons, photons, and electrons; 12. Superconductivity; 13. Nonequilibrium Green's function
      by 
      Mix, Lucas John.
      Format: 
      Alıntı: 
      , and electrons interact to form life as we know it; and how the processes of evolution and entropy act
      by 
      Chakraborty, T. (Tapash), 1950-
      Format: 
      Alıntı: 
      -- Kondo effect in quantum dots with an even number of electrons -- From single dots to interacting arrays
      by 
      Bishop, O. N. (Owen Neville)
      Format: 
      Alıntı: 
      Introduction; Electrons and electricity; E.M.F. and potential; Resistance; Capacitance; Inductance
      by 
      Miller, Audrey.
      Format: 
      Alıntı: 
      charting the movements of atoms and electrons in the reactions of organic molecules. Miller and Solomon
      by 
      Grosso, Giuseppe.
      Format: 
      Alıntı: 
      Electrons in one-dimensional periodic potentials -- Geometrical description of crystals: direct and
      by 
      Gossard, Arthur C.
      Format: 
      Alıntı: 
      Newly developed semiconductor microstructures can now guide light and electrons resulting in
      by 
      Khaĭrutdinov, R. F. (Rafail Fattakhovich)
      Format: 
      Alıntı: 
      electrons -- Electron tunneling in reactions of particles other than e⁻tr -- Electron tunneling in
      by 
      Wagner, Dieter, 1931-
      Format: 
      Alıntı: 
      ; Chapter II. Paramagnetism; 1. Paramagnetism of Free Electrons; 2. Classical Theory of Paramagnetism; 3
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      Polarized Beams; V. The Measurement of the g-Factor Anomaly of Free Electrons; References; Chapter 2. Fast
      by 
      Paul, Sebouh Jacob, author. (orcid)0000-0003-0977-3491
      Format: 
      Alıntı: 
      studies, we have measured the form factors for electrons scattering elastically and nearly-elastically off
      by 
      Kohn, Alexander Wolfe, author.
      Format: 
      Alıntı: 
      energy levels of electrons and holes in disordered organic devices. They look at specific systems: the
      by 
      Famili, Azadeh G., author.
      Format: 
      Alıntı: 
      -performance computing. The idea behind Spintronics is to take advantage of the electron's spin angular momentum to make
      by 
      Pineda Galvan, Yuliana, author.
      Format: 
      Alıntı: 
      this process is water oxidation, which generates four protons, four electrons and dioxygen, and it
      by 
      Schlimgen, Anthony W. R., author.
      Format: 
      Alıntı: 
      to occur at the metal site; stabilization of delocalized electrons throughout the ligand field
      by 
      Šamaj, Ladislav, 1959-
      Format: 
      Alıntı: 
      . Integrable isotropic chains with arbitrary spin; Part IV. Strongly Correlated Electrons: 18. Hubbard model
      by 
      Whelan, Colm T.
      Format: 
      Alıntı: 
      ultra-short laser pulses I. Ben-Itzhak; 4. Atoms with one and two active electrons in strong laser
      by 
      Arimondo, E.
      Format: 
      Alıntı: 
      . Dissociative Recombination of H3þ Ions with Electrons:Theory and Experiment; 1. Introduction; 2. Basic
      by 
      Miśrā, Praśānta.
      Format: 
      Alıntı: 
      in a specific area. The Heavy-Fermions (sometimes known as Heavy-Electrons) is a loosely defined
      by 
      Schermann, Jean-Pierre.
      Format: 
      Alıntı: 
      , interactions of low-energy electrons with biomolecules in the radiation chemistry context and very large gas
      by 
      Piela, Lucjan, 1943-
      Format: 
      Alıntı: 
      Magnetic Fields -- 13. Intermolecular Interactions -- 14. Intermolecular Motion of Nuclei And Electrons
      by 
      Wickramasinghe, J. M. A. S. P., author.
      Format: 
      Alıntı: 
      properties, such as orbital susceptibility of free electrons. It means that even the average, but also higher
      by 
      Wang, Frederick E.
      Format: 
      Alıntı: 
      confirmed. * Openly recognizes the electrons as the most important and the only factor in understanding
      by 
      Tsu, Raphael, 1932-
      Format: 
      Alıntı: 
      electrons -- Nanoelectronics : where are you?
      by 
      Satō, Norio, 1927-
      Format: 
      Alıntı: 
      provides an advanced understanding of the reactions of charged particles such as ions and electrons at the
      by 
      Grimvall, Göran.
      Format: 
      Alıntı: 
      vibrations in defect lattices. 10. Thermodynamic properties of conduction electrons. 11. Thermal properties
      by 
      Satō, Norio, 1927-
      Format: 
      Alıntı: 
      quantitative basis for understanding electrochemistry at metal and semiconductor electrodes. Electrons and ions
      by 
      Spaepen, Frans.
      Format: 
      Alıntı: 
      Surface Conditions; VIII. Lateral Quantum Confinement of Surface Electrons; IX. Summary.
      by 
      Kiejna, A.
      Format: 
      Alıntı: 
      of Metal Surface. Electrons in metals. Electron density functional theory. Electron gas near the
      by 
      Eichler, Jörg, 1934-
      Format: 
      Alıntı: 
      Ionization. Ionization-Many Electrons. Charge Exchange. Radiative Electron Capture. Electron-Positron Pair
      by 
      Hanke, W.
      Format: 
      Alıntı: 
      .D. Joannopoulos -- Stable numerical simulations of models of interacting electrons in condensed-matter physics / E
      by 
      Reed, Mark A.
      Format: 
      Alıntı: 
      Departures from the Hall Resistance; VII. Discussion; Acknowledgment; References; Chapter 5. Electrons in
      by 
      Hammond, P. (Percy)
      Format: 
      Alıntı: 
      4.3 Drift-velocity of Electrons in a Conductor4.4 Electromotive Force; 4.5 Surface charge on
      by 
      Thomson, Julian Chalmers, author.
      Format: 
      Alıntı: 
      one of the scattered beam electrons was detected. The data correspond to a total integrated luminosity
      by 
      Cartwright, Susan Lesley, author.
      Format: 
      Alıntı: 
      invariant mass between 4 and 13 GeV, where one of the scattered beam electrons is detected in a tagging
      by 
      Workshop on Plasma Transport, Heating, and MHD Theory (1977 : International School of Plasma Physics)
      Format: 
      Alıntı: 
      ; INTRODUCTORY TALK; Part 1: MODES & INSTABILITIES; Chapter 1. ELECTRONS OF HIGH PERPENDICULAR ENERGY IN THE LOW
      by 
      Busch, Georg, 1908-
      Format: 
      Alıntı: 
      ; electrons and electron theory of metals; semiconductors; electrical contact effects; transport phenomena
      by 
      Hedvig, Péter.
      Format: 
      Alıntı: 
      ; Selected Literature to Chapter 2; CHAPTER THREE. Electrons and Positrons
      by 
      Bilenʹkiĭ, S. M. (Samoil Mikhelevich)
      Format: 
      Alıntı: 
      External Electromagnetic Field. Feynman Diagrams; 11. Processes in which Electrons, Positrons, and Photons
      202. 
      by 
      Hillas, A. M.
      Format: 
      Alıntı: 
      [and others] -- A mechanism of acquirement of cosmic-ray energies by electrons / by W.F.G. Swann -- On
      by 
      Schaffner, Kenneth F.
      Format: 
      Alıntı: 
      electrons; Lorentz' theorem of corresponding states and its development; and Lorentz' respons.
      by 
      Ginzburg, V. L. (Vitaliĭ Lazarevich), 1916-2009.
      Format: 
      Alıntı: 
      the nuclear components of cosmic rays; 2. Electrons, gamma rays and neutrinos; 3. The energy spectrum
      by 
      Marton, L. (Ladislaus), 1901-
      Format: 
      Alıntı: 
      IV. Total Reflection StudiesV. Discussion; References; Chapter 5. The Distribution of Electrons in
      by 
      Seitz, Frederick, 1911-2008.
      Format: 
      Alıntı: 
      of Electrons in Solids; I. Introduction; II. Statistics of Free Electrons; III. Boltzmann Equation
      by 
      Suntornwipat, Nattakarn, author.
      Format: 
      Alıntı: 
      phenomenon can be explained by electron repopulation, which is the scattering of electrons between different
      by 
      Xu, Junwei, author.
      Format: 
      Alıntı: 
      recombination of electrons and holes in a material (CSPbBr 3) that did not support stable excitons at room
      by 
      Airuoyo, Idemudia, author.
      Format: 
      Alıntı: 
      transport of electrons due to the silicon quantum dots and a simultaneous suppression because of the
      by 
      Li, Gen, author.
      Format: 
      Alıntı: 
      Solar energetic particles (SEPs) are high-energy ions and electrons originating at or near the Sun
      by 
      Anderson, Brett Rudy, author.
      Format: 
      Alıntı: 
      precipitating electrons to be ~70 keV. The total loss during the microburst event is determined to be ~7x1026
      by 
      Patterson, Alex Andrew, author.
      Format: 
      Alıntı: 
      of emission. Confinement of electrons to a nanowire emitter geometry further reduces the electron
      by 
      Xiong, Yucheng, author.
      Format: 
      Alıntı: 
      improvement in electrical conductivity upon sulfur passivation and a significant contribution from electrons
      by 
      Lewis, Tiffany R., author. (orcid)0000-0002-9854-1432
      Format: 
      Alıntı: 
      -ray spectrum and X-ray time lags of Mrk 421. We developed a physical picture in which a subset of the electrons
      by 
      Evans, Tyler James Swenson, author.
      Format: 
      Alıntı: 
      unscreened hot electrons by the emission of longitudinal optical phonons. The large polaron formation times
      by 
      Cultrara, Nicholas David, author.
      Format: 
      Alıntı: 
      magnetic transition temperature, associated with the spin-scattering of conduction electrons by Eu2+ f-electrons.
      by 
      Tu, Runsheng.
      Format: 
      Alıntı: 
      -- 2.7. The Retention and Play of the Diffraction Properties of the Moving Electrons in the Vacuum Are
      by 
      Pollard, Travis P., author.
      Format: 
      Alıntı: 
      -like nature of the excess electron's density in anions. About 20% of the charge is diffused over waters in the
      by 
      Cole, Nightvid, author. (orcid)0000-0002-9081-5419
      Format: 
      Alıntı: 
      considered here is based on gyrotron-like dynamics of graphene electrons, or it can alternately be viewed as
      by 
      REA, The Editors of.
      Format: 
      Alıntı: 
      -- 1.3 MOBILITY AND CONDUCTIVITY -- 1.4 ELECTRONS AND HOLES IN AN INTRINSIC SEMICONDUCTOR -- 1.5 DONOR
      by 
      Zhang, Haijing, author.
      Format: 
      Alıntı: 
      localization of electrons in graphene was observed for the first time. Anderson localization is one of the most
      by 
      Ferro, R. (Riccardo)
      MacEwan University Access (Unlimited Concurrent Users) from ScienceDirect
      ScienceDirect http://www.sciencedirect.com/science/book/9780080440996
      Format: 
      Alıntı: 
      electrons per atom (or per formula) in various classes of compounds or solid solution phases. . Alloying
      by 
      L'Annunziata, Michael F.
      Format: 
      Alıntı: 
      -- Chapter 5. Atomic Electron Radiation -- I. Introduction -- II. Internal Conversion Electrons -- III. Auger
      by 
      Trakhtenberg, L. I. (Leonid Izraĭlevich)
      Format: 
      Alıntı: 
      -Phonons Eelectron Transitions, Mortko A. Kozhushner -- 3. Contemporary Theory of Electrons Tunneling in Condensed
      by 
      Sabin, John R.
      Format: 
      Alıntı: 
      -energy electrons attach to DNA and what bonds are broken?; 3. Methods used to characterize the energies of the
      by 
      Woodruff, D. P.
      Format: 
      Alıntı: 
      clusters / Mingshu Chen, D. Wayne Goodman -- Magic numbers for shells of electrons and shells of atoms in
      by 
      Krivovichev, Sergey V.
      Format: 
      Alıntı: 
      . Actinide compounds with heavy oxoanions containing a stereochemically active lone-pair of electrons (R
      by 
      Makarova, Tatiana.
      Format: 
      Alıntı: 
      Editors Preface -- Foreword -- 1. Localized Spins Exchange-coupled with Itinerant Electrons in
      Format: 
      Alıntı: 
      interaction; Exchange; Renormalization group; Electrons with spins; Comparison of bulk and edge tunneling
      by 
      Pike, E. R. (Edward Roy), 1929-
      Format: 
      Alıntı: 
      example, in particle physics, such as electrons, photons, or neutrons are "scattered off" of a target
      by 
      Satō, Kiyotaka, 1946-
      Format: 
      Alıntı: 
      methods; 3. Role of electrons on the surface; 4. Epitaxial growth simulation; 5. Summary
      by 
      Gaponeko, Vadim, author.
      Format: 
      Alıntı: 
      relaxation effects of unpaired electrons in nitroxides and manganese ions on nuclei within the protein of
      by 
      Creagh, D. C.
      Format: 
      Alıntı: 
      ; ray forms and the use of particulate forms such as electrons, neutrons and charged particles for which
      by 
      Mulak, J.
      Format: 
      Alıntı: 
      discerned in all kinds of materials containing unpaired localized electrons: ionic crystals, semiconductors
      by 
      KEK-Tanashi International Symposium (2nd : 1999 : Tokyo, Japan)
      Format: 
      Alıntı: 
      STRUCTURE STUDIED BY HIGH-ENERGY ELECTRONS -- Chapter 24. The proton and the photon, who is probing whom in
      by 
      Murray, J. S. (Jane S.)
      Format: 
      Alıntı: 
      and the electrons. This volume opens with a survey chapter by one of the original pioneers of the use
      by 
      Tiwari, Sandip, 1955-
      Format: 
      Alıntı: 
      Electrons, Holes, and Phonons; 2.3 Occupation Statistics; 2.4 Band Structure; 2.5 Phonon Dispersion in
      by 
      Durrani, S. A.
      Format: 
      Alıntı: 
      Electrons; 2.5 Range-Energy Relations.
      by 
      Lancaster, J. F. (John Frederick)
      Format: 
      Alıntı: 
      AND MAGNETISM; 3.1 Electrons and Ions; 3.2 Electrostatics; 3.3 Gauss's Law; 3.4 The Magnetic Force; 3
      by 
      Bates, David R. (David Robert), 1916-1994.
      Format: 
      Alıntı: 
      VI . Scattering of Electrons by IonsVII . Collisions between Electrons and Negative Ions; VIII
      by 
      Bates, David R. (David Robert), 1916-1994.
      Format: 
      Alıntı: 
      Mobilities; I. lntroduction; II. Electrons; III. Ions; References; Chapter 7. On the Problem of Extreme UV
      by 
      Bates, David R. (David Robert), 1916-1994.
      Format: 
      Alıntı: 
      -Dependent Interactions on Coherence Parameters; V. Excitation of Heavy Atoms by Polarized Electrons: Stokes Parameter
      by 
      Pozhela, I͡Uras Karlovich.
      Format: 
      Alıntı: 
      Velocity of Hot Electrons. Thermal Instability; 2. The Energy Distribution Function of Hot Electrons; 3
      by 
      Richard, Patrick, 1938-
      Format: 
      Alıntı: 
      and Detection of Auger Electrons; 9.3. Studies of Ion-Atom Collision Phenomena Using Auger
      by 
      Johnston, John Wallace, author.
      Format: 
      Alıntı: 
      = NKT) may not be adequate under these conditions. The first concerns the possibility of the electrons
      by 
      Kaplan, S. A. (Samuil Aronovich)
      Format: 
      Alıntı: 
      -relativistic particles; 14. Plasma turbulence reactors for relativistic electrons; 15. The interpretation of the
      by 
      Moss, T. S. (Trevor Simpson)
      Format: 
      Alıntı: 
      SEMICONDUCTORS; 3.8 ABSORPTION BY LOCALISED IMPURITIES; Chapter 4. MAGNETO-OPTICAL EFFECTS; 4.1 ELECTRONS IN A
      by 
      Haug, Albert, 1916-
      Format: 
      Alıntı: 
      . Electron Statistics; 12. The Laws of Motion of the Electrons in Solids; 13. The Effective Mass Concept; 14
      by 
      Hough, James, author.
      Format: 
      Alıntı: 
      particles and x-rays were measured, and the experimental resolution for single electrons is compared with
      by 
      Wood, William Arnold, 1907-
      Format: 
      Alıntı: 
      3. Electrons in Metals; 3.1 Basic Problem; 3.2 Drude-Lorentz Model; 3.3 Sommerfeld Model
      by 
      Smith, Kendric C., 1926-
      Format: 
      Alıntı: 
      3-2. Covalent Bonds3-3. Photon Effects on Orbital Electrons; 3-4. Dissipation of Photon Energy; 3-5
      by 
      Evans, John Wainwright, 1909- editor.
      Format: 
      Alıntı: 
      ; Introduction; The Energy Balance of the Electrons; The Influence of Shock Waves on the Scale Height and on the
      by 
      Loudon, Rodney, author.
      Format: 
      Alıntı: 
      electrons from the valence band to the conduction band giving rise to the phenomenon of the absorption edge
      by 
      Dong, Yongchang, author.
      Format: 
      Alıntı: 
      , 2015); which is counter-intuitive because a 2PA process at 1.16 eV cannot excite electrons across the
      by 
      Abdallaoui, Meriem Alaoui, author.
      Format: 
      Alıntı: 
      return current is carried at least partially by runaway electrons, (1) the total energy deposited in the
      by 
      Chauhan, Saurabh, author.
      Format: 
      Alıntı: 
      localization of electrons in NWs and holes in QDs. All V2O5/CdE heterostructures showed ultrafast charge
      by 
      Damasco, Jossana Abcede, author.
      Format: 
      Alıntı: 
      , iohexol). These high-Z lanthanides can also act as radiosensitizers by emitting low energy Auger electrons
      by 
      Lai, Yu Hang, author.
      Format: 
      Alıntı: 
      " recollision for low energy electrons we found an unexpected suppression of the "low-energy structure" which
      by 
      Kung, Hsianghsi, author.
      Format: 
      Alıntı: 
      between two surface Dirac cones about 1.8 eV apart to enhance the signal contributed by surface electrons
      by 
      Virca, Carolyn Noëlle, author.
      Format: 
      Alıntı: 
      reactions of water oxidation and proton reduction. Electrochemically, the catalyst receives electrons from
      by 
      Begay, Lyncia, author.
      Format: 
      Alıntı: 
      In contrast the written reality of subalterns (of which includes electrons, to be pointed) is often
      by 
      Cook, Seyoung, author. (orcid)0000-0001-6782-5865
      Format: 
      Alıntı: 
      of the evolving electronic structure and spatial distribution of doped electrons across a gradient of
      by 
      Abendroth, John Michael, author.
      Format: 
      Alıntı: 
      -molecule interfaces. Electrons of a certain spin orientation are transmitted through chiral molecules more easily in
      by 
      Bandy, Jason A., author.
      Format: 
      Alıntı: 
      extensively in vacuum but only recent studies have examined its ability to photoemit electrons into aqueous
      by 
      Chap, Andrew Mark, author. (orcid)0000-0002-8513-3632
      Format: 
      Alıntı: 
      magnetizing electrons for the purpose of neutralizing the fusion core region. The natural modulation of the
      by 
      Carreira, Cíntia Catarina Sousa, author.
      Format: 
      Alıntı: 
      absence of substrate or electrons a novel "CuZ center" intermediate species is formed with a maximum
      by 
      Wood, Derrick C.
      Format: 
      Alıntı: 
      Diamagnetism -- Electrons and Energy -- Relationships in the Periodic Table -- Chapter 6 - Chemical Bonding
      by 
      Klapetek, Petr.
      Format: 
      Alıntı: 
      specimen by scanning with a physical probe; unrestrained by the wavelength of light or electrons, the
      by 
      Hamilton, Brian, author.
      Format: 
      Alıntı: 
      electrons in a dynamically reconnecting solar flare model. I use the model of Craig & McClymont (1991) that
      by 
      Nicholls, David G.
      Format: 
      Alıntı: 
      Transporters -- Mitochondrial Metabolite Transporters -- The Transfer of Electrons from Cytoplasmic NADH to the
      by 
      Powrie, Calum John Young, author.
      Format: 
      Alıntı: 
      MeV by momentum analysing the recoil electrons in the Glasgow tagging spectrometer, and the total
      by 
      Hoover, William G. (William Graham), 1936-
      Format: 
      Alıntı: 
      -Dimensional Polyatomic Molecules; 4.10 Chemical Reactions; 4.11 Phonons and Photons; 4.12 Electrons in Metals; 4.13
      by 
      Clark, William R. K., author.
      Format: 
      Alıntı: 
      systems. In Chapter 1 the elastic scattering of electrons, and the theory of image formation in an
      by 
      Elgarøy, Øystein, 1929-
      Format: 
      Alıntı: 
      8.5. METRIC TYPE I STORMS AND ENERGETIC ELECTRONS IN THE INTERPLANETARY SPACE8.6. ACTIVE REGIONS
      by 
      Scudder, Paul H.
      Format: 
      Alıntı: 
      151 5.2 Nonbonding Electrons 152 5.3 Electron-Rich Sigma Bonds 154 5.4 Electron-Rich Pi Bonds 155 5.5
      by 
      Pearton, Stephen.
      Format: 
      Alıntı: 
      . Shallow donors and conduction electrons -- 8.4. Acceptors and self-trapped holes -- 8.4.1. Doubly ionized
      by 
      Baliga, B. Jayant.
      Format: 
      Alıntı: 
      Unmodulated electrons -- 6.10.3 Through the gate -- 6.11 Current blocking layers -- 6.11.1 A discussion on
      by 
      Twomey, John, author.
      Format: 
      Alıntı: 
      associated with the interaction between the electrons and the acoustic waves. The conductivity dependence of