About this ebook
Volume chapter guide
Chapter 136: Metallic, Covalent, and Ionic Bonds
Chapter 137: Crystal Lattice Geometries
Chapter 138: Energy Band Theory in Solids
Chapter 139: Valence and Conduction Bands
Chapter 140: The Bandgap Energy Division
Chapter 141: Conductors and Free Electrons
Chapter 142: Insulator Material Properties
Chapter 143: Semiconductor Material Basics
Chapter 144: Electric Charge and Charge Distribution
Chapter 145: The Physical Nature of Charge
Chapter 146: Charge Quantization Principle
Chapter 147: Conservation of Net Charge
Chapter 148: Charge Separation Mechanisms
Chapter 149: Static Charge Manifestations
Chapter 150: Electrostatic Forces
Chapter 151: Point Charge Assumptions
Chapter 152: Linear Charge Density Formulas
Chapter 153: Surface Charge Density Formulas
Chapter 154: Volume Charge Density Formulas
Chapter 155: Electrostatic Discharge Dynamics
Chapter 156: Charge Management Strategies
Chapter 157: Electrical Conduction, Conductivity, and Resistivity
Chapter 158: Charge Carrier Mechanics
Chapter 159: Free Electron Drift Velocity
Chapter 160: Carrier Mobility Factors
Chapter 161: Volumetric Current Density
Chapter 162: Conductivity Constants of Materials
Chapter 163: Resistivity Constants of Materials
Chapter 164: Geometric Resistance Formulations
Chapter 165: Conductance Formulations
Chapter 166: Temperature Coefficient Effects
Chapter 167: Positive and Negative Coefficients
Chapter 168: Contact and Surface Resistance
Chapter 169: Superconductivity Transitions
Chapter 170: Electric Current
Chapter 171: Mathematical Definition of Current
Chapter 172: Average vs. Instantaneous Current
Chapter 173: Conventional Current Conventions
Chapter 174: Charge Carrier Drift Dynamics
Chapter 175: Direct Current (DC) Properties
Chapter 176: Alternating Current (AC) Properties
Chapter 177: Transient Pulsating Currents
Chapter 178: Conduction Currents
Chapter 179: Diffusion Current Dynamics
Chapter 180: Displacement Current in Fields
Chapter 181: Leakage and Parasitic Currents
Chapter 182: Current Measurement Systems
Chapter 183: Electric Potential, Electromotive Force, and Voltage
Chapter 184: Electrostatic Potential Energy
Chapter 185: Potential Field Definition
Chapter 186: Voltage and Work Equivalents
Chapter 187: Electromotive Force (EMF)
Chapter 188: Voltage Polarity Rules
Chapter 189: Reference Planes and Grounding
Chapter 190: Voltage Rise Mechanics
Chapter 191: Voltage Drop Mechanics
Chapter 192: Open-Circuit Potential
Chapter 193: Terminal Volts Under Load
Chapter 194: Differential and Common-Mode Volts
Chapter 195: Voltage Measurement Principles
Chapter 196: Resistance, Conductance, and Ohm’s Law
Chapter 197: Microscopic Resistance Origins
Chapter 198: Conductance Definitions
Chapter 199: Classical Ohm’s Law
Chapter 200: Algebraic Ohm’s Variations
Reference and terminology directories
Includes its own annotated bibliography, documented standards correlations, chapter reference index and contextual A–Z definitions, with distinct letter sections. References identify related resources; correlation does not imply endorsement or a claim of compliance.
About the seven-volume book
This is one of seven volumes composing the 468-chapter book. Other volumes retain their own chapter ranges, bibliography and terminology. Author: Ronald Legarski. Publisher: SOLVEFORCE®.
