Ionic Dielectric Function of α-AgI Based upon Hubbard-Beeby Theory
スポンサーリンク
概要
- 論文の詳細を見る
A frequency and wave vector dependent dielectric function of α-AgI is studied by using a phonon description based on a modified Hubbard-Beeby theory. The frequency dependent dielectric function is characterized by a main LO phonon peak and a sub LA phonon peak. The frequency spectrum for the dielectric function is consistent with those for the ac conductivity and the charge density dynamical structure factor of α-AgI.
- 社団法人日本物理学会の論文
- 1995-07-15
著者
-
友寄 友造
琉球大・理
-
友寄 友造
琉球大理
-
Kobayashi M
Niigata Univ. Niigata
-
Kobayashi Michihiro
Department Of Material Physics
-
Tomoyose Tomozo
Department of Physics, Division of General Education, Ryukyu University
-
Yogi Tatsuhiro
Department of Physics, Division of General Education, Ryukyu University
-
Kobayashi Michisuke
Department of Physics, Faculty of Science, Niigata University
-
Tomoyose Tomozo
Department Of Physice And Earth Science Ryukyu University
-
Kobayashi Michisuke
Department Of Physice Nigata University
-
Kobayashi M
Osaka Univ. Oska
-
KAWAGUTI Minato
Faculty of Engineering, Fukui University
-
Yogi T
Department Of Physics And Earth Sciences College Of Science University Of The Ryukyus
-
Yogi T
Department Of Physics Division Of General Education Ryukyu University
-
Yogi Tatsuhiro
Department Of Physics And Earth Science College Of Science University Of The Ryukyus
関連論文
- Effects of Hydrostatic Pressure on the Self-Trapped Exciton Luminescence in KI
- 30p-YG-11 銀ハライド化合物の四重極変位
- 29p-YB-8 AgI, CuXの有効電荷とd電子
- 超イオン導電体の有効電荷II
- 31p-X-3 超イオン導電体の有効電荷
- 31p-X-2 AgI, CuXの非調和振動と光学モード
- 29p-YA-16 AgI-CuXの有効電荷と光学モード
- Ionic Dielectric Function of α-AgI Based upon Hubbard-Beeby Theory
- Transverse Effective Charges of A^NB^ Compounds with Zincblende Structure
- 31p-YQ-3 AgI, CuXの有効電荷と非調和振動
- 2p-G-11 β-AgI等電子系列の有効電荷II
- Analytical Model of Critical Ionicity for A^NB^ Binary Compounds
- 31a-k-11 β-AgI等電子系列の有効電荷
- Dielectric Constants of Ge, Sn, and Isoelectronic Semiconductors
- 13a-DD-4 β-AgIの誘電関数
- Optical Mode Studies of AgI Based upon Hubbard-Beeby Theory
- 量子井戸中における励起子の結合エネルギー : Hermanson誘電関数の効果
- Theory of Collective Motions in Liquids as Interacting Brownian Particle System
- 3p-F-12 超イオン伝導体に於ける熱電能の濃度依存性
- 31a-Pα-6 超イオン伝導体におけるイオン伝導度の濃度依存性
- 超イオン伝導体の格子気体モデル
- Occupation Number Dependence of Ionic Conductivity in the Lattice Gas Model
- 4a-F-4 A Modified Vlassov equation
- Piezoreflectivity Studies of Rb^+4p Core Excitons in RbBr
- Piezoreflectance of Rubidium Chloride in the Vacuum Ultraviolet Region from 6 to 30 eV
- Optical Anisotropy of Exciton Band and Doping Effect in Scheelite PbWO_4 Crystals
- Influence of Annealing on the Optical Properties of PbWO_4 Single Crystals Grown by the Bridgman Method
- 29p-YA-4 超イオン導電物質における低励起モードの圧力依存性
- 31a-YQ-1 低励起モードについて
- 28p-ZE-5 超イオン導電体中の低励起モード
- 30a-D-2 超イオン導電体における低エネルギー励起モードのイオンプラズマモデル
- Molecular Dynamics Studies of Molten AgI. I. Structure and Dynamical Properties
- Effects of Oxidization on the Low Temperature Electrical Properties of Magnetite (Fe_O_4:δ=0〜0.01)
- Dielectric and Conducting Properties of Single Crystal of Magnetite below the Verwey Point
- Dielectric and Ferroelectric Properties in the Low Temperature Phase of Strontium Niobate
- Dielectric Properties of Fe_3O_4 Single Crystal at Low Temperatures
- Structural Phase Transition in Hexagonal Barium Titanate
- Pressure-Induced Phase Transformation of Quasicrystals
- Pressure-Effect Study on the High-T_c Superconductor Bi(Pb)-Sr-Ca-Co-O System
- Pressure-Induced Amorphization of Quasi Crystals
- X_Ray Diffraction Analysis of Icosahedral Phase under High Pressures
- Antiproton-nucleon Annihilation into π^oM and ηM with M=η, ω, ρ, and πin Antiproton-deuterium Annihilation at Rest : Elementary Particles and Fields
- Liquid Hydrogen and Deuterium Target for Antiproton Annihilation at Rest
- Measurements of LET Distribution and Dose Equivalent onboard the Space Shuttle IML-2 (STS-65) and S/MM#4 (STS-79)
- Measurements of LET Distribution and Dose Equivalent onboard the Space Shuttle IML-2(STS-65)and S/MM#4(STS-79)
- 26p-YP-15 超イオン導電体の有効電荷の温度依存性
- Magnetohydrodynamic Modes in a Current-Carrying Inhomogeneous Plasma
- Magnetohydrodynamic Modes in a Current-Carrying Inhomogeneous Plasma
- MHD Instabilities Developing to Alfven Waves Observed during Plasma Production by MPD Arcjet
- 22aTR-5 ペロブスカイト型化合物におけるプロトン移動と格子歪(超イオン導電体・イオン伝導体,領域5,光物性)
- 23aWB-2 ペロブスカイト酸化物中のOH結合プロトンの状態(23aWB 超イオン導電体・イオン伝導体,領域5(光物性))
- 30aRE-7 ペロブスカイト型酸化物におけるプロトン伝導II(30aRE 超イオン導電体・イオン伝導体,領域5(光物性))
- 21pYP-2 イオン性,共有性とイオン伝導(領域5シンポジウム,領域5(光物性))
- 19pXB-7 ペロブスカイト型酸化物のプロトン伝導(超イオン伝導体・イオン伝導体,領域5(光物性))
- 25aYH-4 ペロブスカイト型化合物のプロトン伝導(超イオン伝導体,領域5(光物性))
- 30pYA-1 貴金属ハライドの格子振動とエネルギーバンド
- 7a-G-3 格子気体モデルに基づいた可動イオンの密度揺らぎ
- Energy Loss Straggling of Heavy Charged Particles in Thick Silicon Absorbers
- 30aRE-12 DV-X α法に基づいた銀,銅ハライド化合物超イオン導電体の可動イオン間相関(30aRE 超イオン導電体・イオン伝導体,領域5(光物性))
- 29pXS-6 貴金属ハライドの共有性(超イオン伝導体)(領域5)
- 29pXS-5 クラスターモデルによる銀,銅化合物超イオン導電体の電子状態(超イオン伝導体)(領域5)
- 21pTB-1 クラスターモデルによる銀, 銅ハライド化合物超イオン導電体の電子状態
- 31aZH-3 クラスターモデルによる銀, 銅ハライド化合物のエネルギーバンド II
- 20aRE-5 銀, 銅ハライドのフォノン分散
- 25pYB-1 電子論から見た貴金属化合物中のイオン伝導
- 31p-ZE-12 貴金属ハライドのフォノン分散
- 31p-ZE-11 貴金属ハライドのp-d相関
- The Ion Composition in Solar Energetic Particle Events Observed in 1993-1995
- An Allene-Doped Liquid Argon Ionization Chamber for O and Ne Ions at 100 MeV/n
- Straggling in Energy Loss of Energetic Heavy Ions (Z≤8)in Thick Silicon Absorber
- Allene-Doped Liquid Ar Homogeneous Calorimeter for Measurement of Heavy Ion Fragmentation
- The Relationship between Corotating Energetic Ion Enhancement and Solar Wind Speed at 1AU
- Molecular Dynamics Studies of Yttria Stabilized Zirconia. : I. Structure and Oxygen Diffusion
- Design of New Material with High Ionic Conductivity
- Dielectric Behavior and Collective Excitation of an Electron Gas on a Tubule
- Plasma Oscillations of a Cylindrical Electron Gas
- On the Low-Energy Excitation in Cation Superionic Conductors
- Ionic Plasma Model of Low-Energy Excitaion in Cation Superionic Conductors
- Experimental Study of Turbulent Heat Transfer in a Two-Dimensional Curved Channel : Time-Mean Temperature and Multiple Temperature/Velocity Correlations in the Entrance Section
- An Experimental Study on Turbulent Taylor Vortex Flow between Concentric Cylinders
- Pressure Effect on Superconductivity of V and V-Cr Alloys up to 50 GPa
- Crystal Structure of C_ under High Pressure : Effect of Alloying
- Simple Rhombohedral Structure of C_ under High Pressure
- Structural Phase Transitions in Selenium up to 150 GPa
- Structural Study on Pressure-Induced Phase Transition from β-Po Type to BCC in Selenium at 140 GPa
- Magnetic Susceptibility and X-Ray Diffraction Studies on the Growth and Disappearance Processes of the Superconducting Phase in C_K_x
- High-Pressure X-Ray Diffraction Study on Electronic s-d Transition in Zirconium
- Relaxation Time of Local Ion Distribution in Superionic Conductors
- Piezoreflectivity Studies on Excitons and Band to Band Transitions in Alkali Bromides and Iodides under Uniaxial Stress
- 30a-D-3 Hubbard-Beebyモデルに基づいた超イオン導電体の動的性質
- 26a-W-3 Hubbard-BeebyモデルにもとずいたAgIの集団モード
- 30p-F-1 Hubbard-Beeby Modelに基づいたα-AgIの誘電定数と電気伝導率
- Phonon-Assisted Ion Hopping in Superionic Conductors Based on the Lattice Gas Model
- 5a-D3-15 層状超イオン導電体の物性(II)
- 5a-D3-14 層状超イオン導電体の物性(I)
- 26a-F-12 超イオン導電体の熱伝導
- 28a-A-2 イオン結晶-半導体超格子境界面における素励起
- 金属中にランダム分布した粒子の拡散
- 9pSJ-4 貴金属ハライド系の化学結合状態(超イオン伝導体・イオン伝導体,領域5)
- 9aSJ-4 クラスターモデルによる銀,銅ハライド化合物のエネルギーバンド(超イオン導電体・イオン伝導体,領域5)