High Speed Semiconductor Physics. Theoretical Approaches and Device Physics.:
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| Format: | Elektronisch E-Book |
| Sprache: | English |
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Diplomica Verlag GmbH : Anchor Academic Publishing,
2016.
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| Online-Zugang: | Volltext |
| Beschreibung: | 1 online resource |
| ISBN: | 9783954899326 3954899329 |
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| 505 | 0 | |a High Speed Semiconductor Physics. Theoretical Approaches and Device Physics; ABOUT THE AUTHOR; PREFACE; DEDICATION; TABLE OF CONTENTS; CHAPTER ONE CRYSTALS IN SEMICONDUCTOR MATERIALS; Crystals; Strength of Crystals; Plastic Behaviour; Shear Strength Crystals; Dislocation; Etching; Diffusion; Colour centers; CHAPTER TWO THEORIES FOR MATERIALS PROCESSING; Material Technologies; Material processing; Quantum Theory; Black body; Bohr's Atomic Theory; Schrödinger Equation; CHAPTER THREE ENERGY BAND THEORY; Energy Bands Theory in Solids; Bond and Structures; Energy band structure Theory. | |
| 505 | 8 | |a The p-n junctionSemiconductors Models for Heat Capacity; The Debye Model; The Einstein Model; The Debye Model; Semiconductor transport carriers; 3D semiconductors Crystal structures; CHAPTER FOUR BRILLOUN ZONES; Bloch Theorem; Eigen Value Equation; Bloch parameter, k; Effect of External Force; Current Flow in Crystals; Concept of Holes; Valence Band; Conduction Band; Mobility; Lattice Vibrations; Actual vibration; Lattice Scattering for Mobility; CHAPTER FIVE SOLID STATE THERMOELECTRIC FUNDAMENTALS; Thermoelectric Materials; The Absolute Scale or Thermodynamic Kelvin, Temperature Scale. | |
| 505 | 8 | |a Temperature-Dependent EffectsThermal Equilibrium and the Zeroth Law of Thermodynamics; Thermodynamics Systems and Processes; Thermodynamic Equilibrium of state variables; Thermodynamic States and State Variables; Thermodynamic Processes for Pure Substances; Electrical Equilibrium; The thermal equation of state for a solid; The Equation of State for an Ideal Gas; The Equation of State for a Van Der Waal gas; Equations of State for Other Systems; System Parameters and Partial Derivatives; The Partial Derivatives of State Variables; Thermodynamics; The Thompson Coefficient. | |
| 505 | 8 | |a Thermoelectric Theory of SolidsLattice and Phonons; Phonon Dispersion; CHAPTER SIX CARRIER SCATTERING; Mobility; Field effect due to Scattering; Electron Scattering; Carrie Density; Effect of Fermi Dirac statistics in scattering; Distribution of Electron due to scattering; Maxwell-Boltzmann Approximation in carrier scattering; Extrinsic Doping and Carrier Scattering; Generation Recombination process; CHAPTER SEVEN SOLID STATE CONTINUITY EQUATIONS; Einstein and Continuity Equations; Semiconductor Diodes; P-N junction Diodes; Varactor Diodes; The P-I-N Diodes; Schottky diodes. | |
| 505 | 8 | |a Multi-Valley semiconductor Diode TheoryDiode Diffusion Theory; CHAPTER EIGHT HIGH SPEED FIELD EFFECT TRANSISTORS; FET operation; Mobility in FETs; Hetero-junction in FETs; FET Current transport; BJT Models; The BJT Current Model; Hetero-junction Bipolar Transistor (HBT); Hetero-junction FET; CHAPTER NINE SWITCHING IN HIGH SPEED BIPOLAR JUNCTIONS; Semiconductors and junctions; Drift currents in semiconductors; Metal-semiconductor junctions; Semiconductor-semiconductor junctions; p-n diode in high speed semiconductor devices; Band diagram of unbiased high speed junction; Long p-n diodes. | |
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| contents | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics; ABOUT THE AUTHOR; PREFACE; DEDICATION; TABLE OF CONTENTS; CHAPTER ONE CRYSTALS IN SEMICONDUCTOR MATERIALS; Crystals; Strength of Crystals; Plastic Behaviour; Shear Strength Crystals; Dislocation; Etching; Diffusion; Colour centers; CHAPTER TWO THEORIES FOR MATERIALS PROCESSING; Material Technologies; Material processing; Quantum Theory; Black body; Bohr's Atomic Theory; Schrödinger Equation; CHAPTER THREE ENERGY BAND THEORY; Energy Bands Theory in Solids; Bond and Structures; Energy band structure Theory. The p-n junctionSemiconductors Models for Heat Capacity; The Debye Model; The Einstein Model; The Debye Model; Semiconductor transport carriers; 3D semiconductors Crystal structures; CHAPTER FOUR BRILLOUN ZONES; Bloch Theorem; Eigen Value Equation; Bloch parameter, k; Effect of External Force; Current Flow in Crystals; Concept of Holes; Valence Band; Conduction Band; Mobility; Lattice Vibrations; Actual vibration; Lattice Scattering for Mobility; CHAPTER FIVE SOLID STATE THERMOELECTRIC FUNDAMENTALS; Thermoelectric Materials; The Absolute Scale or Thermodynamic Kelvin, Temperature Scale. Temperature-Dependent EffectsThermal Equilibrium and the Zeroth Law of Thermodynamics; Thermodynamics Systems and Processes; Thermodynamic Equilibrium of state variables; Thermodynamic States and State Variables; Thermodynamic Processes for Pure Substances; Electrical Equilibrium; The thermal equation of state for a solid; The Equation of State for an Ideal Gas; The Equation of State for a Van Der Waal gas; Equations of State for Other Systems; System Parameters and Partial Derivatives; The Partial Derivatives of State Variables; Thermodynamics; The Thompson Coefficient. Thermoelectric Theory of SolidsLattice and Phonons; Phonon Dispersion; CHAPTER SIX CARRIER SCATTERING; Mobility; Field effect due to Scattering; Electron Scattering; Carrie Density; Effect of Fermi Dirac statistics in scattering; Distribution of Electron due to scattering; Maxwell-Boltzmann Approximation in carrier scattering; Extrinsic Doping and Carrier Scattering; Generation Recombination process; CHAPTER SEVEN SOLID STATE CONTINUITY EQUATIONS; Einstein and Continuity Equations; Semiconductor Diodes; P-N junction Diodes; Varactor Diodes; The P-I-N Diodes; Schottky diodes. Multi-Valley semiconductor Diode TheoryDiode Diffusion Theory; CHAPTER EIGHT HIGH SPEED FIELD EFFECT TRANSISTORS; FET operation; Mobility in FETs; Hetero-junction in FETs; FET Current transport; BJT Models; The BJT Current Model; Hetero-junction Bipolar Transistor (HBT); Hetero-junction FET; CHAPTER NINE SWITCHING IN HIGH SPEED BIPOLAR JUNCTIONS; Semiconductors and junctions; Drift currents in semiconductors; Metal-semiconductor junctions; Semiconductor-semiconductor junctions; p-n diode in high speed semiconductor devices; Band diagram of unbiased high speed junction; Long p-n diodes. |
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| indexdate | 2024-11-27T13:27:30Z |
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| spelling | Mosiori, Cliff Orori. High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. [Place of publication not identified] : Diplomica Verlag GmbH : Anchor Academic Publishing, 2016. 1 online resource text txt rdacontent computer c rdamedia online resource cr rdacarrier Vendor-supplied metadata. High Speed Semiconductor Physics. Theoretical Approaches and Device Physics; ABOUT THE AUTHOR; PREFACE; DEDICATION; TABLE OF CONTENTS; CHAPTER ONE CRYSTALS IN SEMICONDUCTOR MATERIALS; Crystals; Strength of Crystals; Plastic Behaviour; Shear Strength Crystals; Dislocation; Etching; Diffusion; Colour centers; CHAPTER TWO THEORIES FOR MATERIALS PROCESSING; Material Technologies; Material processing; Quantum Theory; Black body; Bohr's Atomic Theory; Schrödinger Equation; CHAPTER THREE ENERGY BAND THEORY; Energy Bands Theory in Solids; Bond and Structures; Energy band structure Theory. The p-n junctionSemiconductors Models for Heat Capacity; The Debye Model; The Einstein Model; The Debye Model; Semiconductor transport carriers; 3D semiconductors Crystal structures; CHAPTER FOUR BRILLOUN ZONES; Bloch Theorem; Eigen Value Equation; Bloch parameter, k; Effect of External Force; Current Flow in Crystals; Concept of Holes; Valence Band; Conduction Band; Mobility; Lattice Vibrations; Actual vibration; Lattice Scattering for Mobility; CHAPTER FIVE SOLID STATE THERMOELECTRIC FUNDAMENTALS; Thermoelectric Materials; The Absolute Scale or Thermodynamic Kelvin, Temperature Scale. Temperature-Dependent EffectsThermal Equilibrium and the Zeroth Law of Thermodynamics; Thermodynamics Systems and Processes; Thermodynamic Equilibrium of state variables; Thermodynamic States and State Variables; Thermodynamic Processes for Pure Substances; Electrical Equilibrium; The thermal equation of state for a solid; The Equation of State for an Ideal Gas; The Equation of State for a Van Der Waal gas; Equations of State for Other Systems; System Parameters and Partial Derivatives; The Partial Derivatives of State Variables; Thermodynamics; The Thompson Coefficient. Thermoelectric Theory of SolidsLattice and Phonons; Phonon Dispersion; CHAPTER SIX CARRIER SCATTERING; Mobility; Field effect due to Scattering; Electron Scattering; Carrie Density; Effect of Fermi Dirac statistics in scattering; Distribution of Electron due to scattering; Maxwell-Boltzmann Approximation in carrier scattering; Extrinsic Doping and Carrier Scattering; Generation Recombination process; CHAPTER SEVEN SOLID STATE CONTINUITY EQUATIONS; Einstein and Continuity Equations; Semiconductor Diodes; P-N junction Diodes; Varactor Diodes; The P-I-N Diodes; Schottky diodes. Multi-Valley semiconductor Diode TheoryDiode Diffusion Theory; CHAPTER EIGHT HIGH SPEED FIELD EFFECT TRANSISTORS; FET operation; Mobility in FETs; Hetero-junction in FETs; FET Current transport; BJT Models; The BJT Current Model; Hetero-junction Bipolar Transistor (HBT); Hetero-junction FET; CHAPTER NINE SWITCHING IN HIGH SPEED BIPOLAR JUNCTIONS; Semiconductors and junctions; Drift currents in semiconductors; Metal-semiconductor junctions; Semiconductor-semiconductor junctions; p-n diode in high speed semiconductor devices; Band diagram of unbiased high speed junction; Long p-n diodes. Semiconductors. http://id.loc.gov/authorities/subjects/sh85119903 Semiconductors https://id.nlm.nih.gov/mesh/D012666 Semi-conducteurs. semiconductor. aat SCIENCE Physics Electricity. bisacsh SCIENCE Physics Electromagnetism. bisacsh Semiconductors fast Njoroge, Walter Kamande. has work: High Speed Semiconductor Physics. Theoretical Approaches and Device Physics (Text) https://id.oclc.org/worldcat/entity/E39PCXKWRR8X6jVHvXdwYQwWcP https://id.oclc.org/worldcat/ontology/hasWork FWS01 ZDB-4-EBA FWS_PDA_EBA https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=1412459 Volltext |
| spellingShingle | Mosiori, Cliff Orori High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. High Speed Semiconductor Physics. Theoretical Approaches and Device Physics; ABOUT THE AUTHOR; PREFACE; DEDICATION; TABLE OF CONTENTS; CHAPTER ONE CRYSTALS IN SEMICONDUCTOR MATERIALS; Crystals; Strength of Crystals; Plastic Behaviour; Shear Strength Crystals; Dislocation; Etching; Diffusion; Colour centers; CHAPTER TWO THEORIES FOR MATERIALS PROCESSING; Material Technologies; Material processing; Quantum Theory; Black body; Bohr's Atomic Theory; Schrödinger Equation; CHAPTER THREE ENERGY BAND THEORY; Energy Bands Theory in Solids; Bond and Structures; Energy band structure Theory. The p-n junctionSemiconductors Models for Heat Capacity; The Debye Model; The Einstein Model; The Debye Model; Semiconductor transport carriers; 3D semiconductors Crystal structures; CHAPTER FOUR BRILLOUN ZONES; Bloch Theorem; Eigen Value Equation; Bloch parameter, k; Effect of External Force; Current Flow in Crystals; Concept of Holes; Valence Band; Conduction Band; Mobility; Lattice Vibrations; Actual vibration; Lattice Scattering for Mobility; CHAPTER FIVE SOLID STATE THERMOELECTRIC FUNDAMENTALS; Thermoelectric Materials; The Absolute Scale or Thermodynamic Kelvin, Temperature Scale. Temperature-Dependent EffectsThermal Equilibrium and the Zeroth Law of Thermodynamics; Thermodynamics Systems and Processes; Thermodynamic Equilibrium of state variables; Thermodynamic States and State Variables; Thermodynamic Processes for Pure Substances; Electrical Equilibrium; The thermal equation of state for a solid; The Equation of State for an Ideal Gas; The Equation of State for a Van Der Waal gas; Equations of State for Other Systems; System Parameters and Partial Derivatives; The Partial Derivatives of State Variables; Thermodynamics; The Thompson Coefficient. Thermoelectric Theory of SolidsLattice and Phonons; Phonon Dispersion; CHAPTER SIX CARRIER SCATTERING; Mobility; Field effect due to Scattering; Electron Scattering; Carrie Density; Effect of Fermi Dirac statistics in scattering; Distribution of Electron due to scattering; Maxwell-Boltzmann Approximation in carrier scattering; Extrinsic Doping and Carrier Scattering; Generation Recombination process; CHAPTER SEVEN SOLID STATE CONTINUITY EQUATIONS; Einstein and Continuity Equations; Semiconductor Diodes; P-N junction Diodes; Varactor Diodes; The P-I-N Diodes; Schottky diodes. Multi-Valley semiconductor Diode TheoryDiode Diffusion Theory; CHAPTER EIGHT HIGH SPEED FIELD EFFECT TRANSISTORS; FET operation; Mobility in FETs; Hetero-junction in FETs; FET Current transport; BJT Models; The BJT Current Model; Hetero-junction Bipolar Transistor (HBT); Hetero-junction FET; CHAPTER NINE SWITCHING IN HIGH SPEED BIPOLAR JUNCTIONS; Semiconductors and junctions; Drift currents in semiconductors; Metal-semiconductor junctions; Semiconductor-semiconductor junctions; p-n diode in high speed semiconductor devices; Band diagram of unbiased high speed junction; Long p-n diodes. Semiconductors. http://id.loc.gov/authorities/subjects/sh85119903 Semiconductors https://id.nlm.nih.gov/mesh/D012666 Semi-conducteurs. semiconductor. aat SCIENCE Physics Electricity. bisacsh SCIENCE Physics Electromagnetism. bisacsh Semiconductors fast |
| subject_GND | http://id.loc.gov/authorities/subjects/sh85119903 https://id.nlm.nih.gov/mesh/D012666 |
| title | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_auth | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_exact_search | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_full | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_fullStr | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_full_unstemmed | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_short | High Speed Semiconductor Physics. Theoretical Approaches and Device Physics. |
| title_sort | high speed semiconductor physics theoretical approaches and device physics |
| topic | Semiconductors. http://id.loc.gov/authorities/subjects/sh85119903 Semiconductors https://id.nlm.nih.gov/mesh/D012666 Semi-conducteurs. semiconductor. aat SCIENCE Physics Electricity. bisacsh SCIENCE Physics Electromagnetism. bisacsh Semiconductors fast |
| topic_facet | Semiconductors. Semiconductors Semi-conducteurs. semiconductor. SCIENCE Physics Electricity. SCIENCE Physics Electromagnetism. |
| url | https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=1412459 |
| work_keys_str_mv | AT mosioriclifforori highspeedsemiconductorphysicstheoreticalapproachesanddevicephysics AT njorogewalterkamande highspeedsemiconductorphysicstheoreticalapproachesanddevicephysics |