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main_physics.ind
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\begin{theindex}
\item $Q$ value, \hyperpage{25}
\item $\alpha $-decay, \hyperpage{25}
\item $\beta $-decay, \hyperpage{25}
\item $\beta ^+$ decay, \hyperpage{25}
\item $\beta ^-$ decay, \hyperpage{25}
\item $\gamma $-decay, \hyperpage{25}
\indexspace
\item Accelerated linear motion, \hyperpage{11}
\item adiabatic index, \hyperpage{20}
\item adjoint, \hyperpage{35}
\item amorphous, \hyperpage{28}
\item Ampère's law, \hyperpage{8}
\item angular acceleration, \hyperpage{11}
\item Angular momentum, \hyperpage{13}
\item angular momentum, \hyperpage{13}
\item angular velocity, \hyperpage{11}
\item antiblue, \hyperpage{27}
\item Anticommutator, \hyperpage{36}
\item antigreen, \hyperpage{27}
\item Antimatter, \hyperpage{27}
\item antiparticle, \hyperpage{27}
\item antired, \hyperpage{27}
\item Arc length, \hyperpage{11}
\item Archimedes' principle, \hyperpage{16}
\item Atom, \hyperpage{24}
\item atomic number, \hyperpage{24}
\item average acceleration, \hyperpage{11}
\item average curvature, \hyperpage{11}
\item average power, \hyperpage{13}
\item average velocity, \hyperpage{11}
\indexspace
\item Band Theory of Solids, \hyperpage{28}
\item Bernolli's principle, \hyperpage{17}
\item Bernoulli's theorem, \hyperpage{42}
\item binding energy, \hyperpage{24}
\item Biot-Savart law, \hyperpage{8}
\item Black body, \hyperpage{20}
\item black body, \hyperpage{20}
\item Bloch sphere, \hyperpage{37}
\item blue, \hyperpage{27}
\item Blueshift, \hyperpage{15}
\item Bohr magneton, \hyperpage{9}, \hyperpage{37}
\item Bohr model, \hyperpage{23}
\item Bohr's complementary principle, \hyperpage{21}
\item Bohr's correspondence principle, \hyperpage{22}
\item Boiling Water Reactor, \hyperpage{26}
\item Boltzmann distribution, \hyperpage{19}
\item Boltzmann factor, \hyperpage{19}
\item Boson, \hyperpage{24}
\item boson, \hyperpage{24}
\item bottom, \hyperpage{27}
\item Bra, \hyperpage{35}
\item bra, \hyperpage{35}
\item bracket, \hyperpage{35}
\item buoyancy, \hyperpage{16}
\indexspace
\item Capacitance, \hyperpage{5}
\item capacitance, \hyperpage{5}
\item Capacitor, \hyperpage{5}
\item capacitor, \hyperpage{5}
\item Capacitor charging, \hyperpage{7}
\item Capacitor discharging, \hyperpage{7}
\item Carnot cycle, \hyperpage{32}
\item Carnot cylce, \hyperpage{32}
\item Carnot's theorem, \hyperpage{32}
\item Cauchy's stress theorem, \hyperpage{43}
\item CB, \hyperpage{28}
\item Center of masses, \hyperpage{13}
\item center of masses, \hyperpage{13}
\item characteristic length, \hyperpage{44}
\item characteristic velocity, \hyperpage{44}
\item Charge conservation, \hyperpage{4}
\item charm, \hyperpage{27}
\item chemical equilibrium, \hyperpage{30}
\item Classical interpretation of resistivity, \hyperpage{28}
\item Clausius theorem, \hyperpage{33}
\item Closed system, \hyperpage{30}
\item Color charge, \hyperpage{27}
\item color charge, \hyperpage{27}
\item color confinement, \hyperpage{27}
\item Commutator, \hyperpage{36}
\item commutator, \hyperpage{36}
\item compatible, \hyperpage{36}
\item Complete set of commuting observables, \hyperpage{37}
\item Compressibility, \hyperpage{31}
\item compressible, \hyperpage{40}
\item Compton scattering, \hyperpage{16}, \hyperpage{21}
\item compton scattering, \hyperpage{21}
\item Conduction, \hyperpage{29}
\item conduction, \hyperpage{29}
\item conduction band, \hyperpage{28}
\item conductivity, \hyperpage{6}
\item Conservation of mass, \hyperpage{39}
\item Conservation of mechanical energy, \hyperpage{14}
\item Conservation of momentum, \hyperpage{39}
\item conservative, \hyperpage{13}
\item Conservative forces, \hyperpage{13}
\item Continuity equation, \hyperpage{17}
\item continuity equation, \hyperpage{39}
\item control roads, \hyperpage{26}
\item Convection, \hyperpage{29}
\item convection, \hyperpage{29}
\item convective term, \hyperpage{44}
\item Coulomb's law, \hyperpage{4}
\item crystalline, \hyperpage{28}
\item Curvature, \hyperpage{11}
\item curvature, \hyperpage{11}
\indexspace
\item daga, \hyperpage{35}
\item De Broglie relation, \hyperpage{21}
\item Decay chain, \hyperpage{26}
\item decay constant, \hyperpage{25}
\item deformation tensor, \hyperpage{42}
\item degenerate, \hyperpage{22}, \hyperpage{36}
\item Density, \hyperpage{16}
\item diamagnetic, \hyperpage{9}
\item Diffusion equation, \hyperpage{29}
\item diffusive term, \hyperpage{44}
\item discharge of a fluid, \hyperpage{17}
\item displacement current, \hyperpage{10}
\item Dissipated power, \hyperpage{17}
\item dissipated power, \hyperpage{17}
\item dissipation term, \hyperpage{44}
\item Distribution of molecular velocities, \hyperpage{19}
\item down, \hyperpage{27}
\item Drag forces, \hyperpage{18}
\item Dulong-Petit law, \hyperpage{20}
\indexspace
\item Eddy current, \hyperpage{9}
\item Eddy currents, \hyperpage{9}
\item Ehrenfest theorem, \hyperpage{37}
\item Elastic force, \hyperpage{12}
\item electric current, \hyperpage{6}
\item electric dipole moment, \hyperpage{5}
\item electric field, \hyperpage{4}
\item electric potential, \hyperpage{5}
\item electromotive force, \hyperpage{6}
\item electron, \hyperpage{27}
\item electron binding energy, \hyperpage{24}
\item Electron capture, \hyperpage{25}
\item electron neutrino, \hyperpage{27}
\item Electron number, \hyperpage{27}
\item electrostatic energy, \hyperpage{5}
\item electroweak theory, \hyperpage{28}
\item Elementary particles, \hyperpage{27}
\item emf, \hyperpage{6}
\item empirical temperature, \hyperpage{30}
\item Endothermic reaction, \hyperpage{26}
\item Energy levels, \hyperpage{23}
\item Enthalpy, \hyperpage{31}
\item enthalpy, \hyperpage{31}, \hyperpage{41}
\item Entropy, \hyperpage{33}
\item entropy, \hyperpage{33}
\item equation of movement, \hyperpage{11}
\item equation of state, \hyperpage{45}
\item Equipartition theorem, \hyperpage{20}
\item Equipartition theorem on diatomic molecules, \hyperpage{20}
\item Examples of potential energies, \hyperpage{14}
\item Exothermic reaction, \hyperpage{26}
\item Expectation value, \hyperpage{22}
\item Extensive, \hyperpage{30}
\indexspace
\item Faraday's law, \hyperpage{9}
\item Fermi energy, \hyperpage{28}
\item Fermi factor, \hyperpage{28}
\item fermi gas, \hyperpage{28}
\item fermion, \hyperpage{24}
\item Fermions, \hyperpage{24}
\item ferromagnetic, \hyperpage{9}
\item Fick's law, \hyperpage{29}
\item fictitious force, \hyperpage{12}
\item first Bohr radius, \hyperpage{23}
\item First law of thermodynamics in closed systems, \hyperpage{31}
\item First law of thermodynamics in isolated systems, \hyperpage{31}
\item First postulate, \hyperpage{14}
\item first viscosity coefficient, \hyperpage{44}
\item flavors, \hyperpage{27}
\item fluid, \hyperpage{16}
\item flux, \hyperpage{4}
\item Fourier's law, \hyperpage{29}
\item Fundamental interactions, \hyperpage{27}
\indexspace
\item Galilean transformation, \hyperpage{12}
\item Gau\ss ' law, \hyperpage{4}
\item Gau\ss ' law for magnetism, \hyperpage{8}
\item Gibbs equation, \hyperpage{33}
\item Gibbs free energy, \hyperpage{33}
\item Grand Unified Theory, \hyperpage{28}
\item gravity, \hyperpage{12}
\item Gravity force, \hyperpage{12}
\item green, \hyperpage{27}
\item gyromagnetic ratio, \hyperpage{37}
\indexspace
\item Hadron, \hyperpage{27}
\item hadron, \hyperpage{27}
\item Half-time, \hyperpage{25}
\item half-time, \hyperpage{25}
\item Hall effect, \hyperpage{7}
\item Hamiltonian, \hyperpage{37}
\item Heat, \hyperpage{29}
\item heat, \hyperpage{29}
\item Heat capacities in gases, \hyperpage{20}
\item Heat capacity, \hyperpage{19}
\item heat engine, \hyperpage{32}
\item Heat equation, \hyperpage{29}
\item heat pump, \hyperpage{32}
\item heat supplied to the system, \hyperpage{31}
\item heat transfer coefficient, \hyperpage{29}
\item Heisenberg uncertainty principle, \hyperpage{37}
\item Heisenberg's uncertainty principle, \hyperpage{21}
\item Helmholtz free energy, \hyperpage{33}
\item Helmholtz's theorem, \hyperpage{43}
\item Helmholtz-Hodge decomposition theorem, \hyperpage{44}
\item Hermitian, \hyperpage{36}
\item Hilbert space, \hyperpage{35}
\item homogeneous, \hyperpage{40}
\item Hydrostatic pressure, \hyperpage{16}
\indexspace
\item ideal, \hyperpage{16}
\item Ideal fluid, \hyperpage{39}
\item ideal fluid, \hyperpage{39}
\item incompressible, \hyperpage{16}, \hyperpage{40}
\item inductor, \hyperpage{10}
\item inertia term, \hyperpage{44}
\item inertial force, \hyperpage{12}
\item Inertial forces, \hyperpage{12}
\item inertial frame of reference, \hyperpage{14}
\item instantaneous acceleration, \hyperpage{11}
\item instantaneous velocity, \hyperpage{11}
\item Intensive, \hyperpage{30}
\item Internal energy, \hyperpage{20}
\item internal energy, \hyperpage{31}
\item intrinsic orbital angular momentum, \hyperpage{23}
\item Irreversible process, \hyperpage{30}
\item isentropic, \hyperpage{41}
\item isobars, \hyperpage{24}
\item Isolated system, \hyperpage{30}
\item isomers, \hyperpage{24}
\item Isothermal compressibility, \hyperpage{31}
\item isotones, \hyperpage{24}
\item isotopes, \hyperpage{24}
\indexspace
\item Joule effect, \hyperpage{6}
\indexspace
\item Kelvin's circulation theorem, \hyperpage{42}
\item Ket, \hyperpage{35}
\item kets, \hyperpage{35}
\item kinematic viscosity, \hyperpage{44}
\item kinetic coefficient of friction, \hyperpage{12}
\item Kinetic energy, \hyperpage{13}
\item kinetic energy, \hyperpage{13}, \hyperpage{41}
\item Kirchhoff's laws, \hyperpage{6}
\indexspace
\item Laminar flow, \hyperpage{17}
\item Latent heat, \hyperpage{31}
\item Length contraction, \hyperpage{15}
\item Lenz's law, \hyperpage{9}
\item Lepton, \hyperpage{27}
\item lepton, \hyperpage{27}
\item lepton family numbers, \hyperpage{27}
\item Lepton number, \hyperpage{27}
\item Levi-Civita symbol, \hyperpage{37}
\item lift coefficient, \hyperpage{17}
\item Lift force, \hyperpage{17}
\item Light, \hyperpage{21}
\item lightlike, \hyperpage{15}
\item linear momentum, \hyperpage{13}
\item Linear momentum of a particle, \hyperpage{13}
\item Linear momentum of a system of particles, \hyperpage{13}
\item linear momentum of the system, \hyperpage{13}
\item linear operator, \hyperpage{35}
\item Lorentz factor, \hyperpage{14}
\item Lorentz force, \hyperpage{7}
\item Lorentz invariant, \hyperpage{15}
\item Lorentz transformations, \hyperpage{15}
\item Lorentz transformations of energy and momentum, \hyperpage{16}
\item Lorentz transformations of velocities, \hyperpage{15}
\indexspace
\item Mach number, \hyperpage{45}
\item Macroscopic Ohm's law, \hyperpage{6}
\item magnetic flux, \hyperpage{9}
\item magnetic moment, \hyperpage{7}
\item Magnetic quantum number, \hyperpage{23}
\item magnetic susceptibility, \hyperpage{9}
\item magnetization, \hyperpage{9}
\item mass defect, \hyperpage{24}
\item mass number, \hyperpage{24}
\item Matrix form of Lorentz transformations, \hyperpage{15}
\item Maxwell-Boltzmann distribution, \hyperpage{19}
\item Mayer's relation, \hyperpage{20}
\item mean-square speed, \hyperpage{19}
\item Mechanical energy, \hyperpage{14}
\item Mechanical equilibrium, \hyperpage{13}
\item mechanical equilibrium, \hyperpage{30}
\item Metastable, \hyperpage{30}
\item Microscopic Ohm's law, \hyperpage{6}
\item Molar heat capacity, \hyperpage{19}
\item Molecular kinetic energy, \hyperpage{19}
\item Molecular pressure, \hyperpage{19}
\item Molecular velocities, \hyperpage{19}
\item moment of inertia, \hyperpage{14}
\item muon, \hyperpage{27}
\item muon neutrino, \hyperpage{27}
\item Muon number, \hyperpage{27}
\item mutual inductance, \hyperpage{10}
\indexspace
\item Navier-Stokes equations, \hyperpage{44}
\item Navier-Stokes equations for incompressible flow, \hyperpage{44}
\item Neutral, \hyperpage{30}
\item Newton's law of cooling, \hyperpage{29}
\item Newton's laws, \hyperpage{12}
\item Non-quasi-static process, \hyperpage{30}
\item normal, \hyperpage{36}
\item normal acceleration, \hyperpage{11}
\item Normalization condition, \hyperpage{22}
\item normalized, \hyperpage{35}
\item Nuclear fission, \hyperpage{26}
\item Nuclear fusion, \hyperpage{27}
\item Nuclear reactions, \hyperpage{26}
\item Nuclear reactors, \hyperpage{26}
\item Nucleus mass, \hyperpage{24}
\indexspace
\item observable, \hyperpage{36}
\item Open system, \hyperpage{30}
\item Orbital quantum number, \hyperpage{23}
\item orthogonal, \hyperpage{35}
\item outer product, \hyperpage{35}
\indexspace
\item Parallel axis theorem, \hyperpage{14}
\item paramagnetic, \hyperpage{9}
\item Particle in a box-1D, \hyperpage{22}
\item Particle in a box-3D, \hyperpage{22}
\item Pascal's principle, \hyperpage{16}
\item Pauli exclusion principle, \hyperpage{24}
\item Pauli matrices, \hyperpage{37}
\item Photoelectric effect, \hyperpage{21}
\item photoelectric effect, \hyperpage{21}
\item photoelectrons, \hyperpage{21}
\item Photon energy and momentum, \hyperpage{16}
\item Planck's law, \hyperpage{21}
\item Planck-Einstein relation, \hyperpage{21}
\item Poiseuille's law, \hyperpage{17}
\item Postulate I, \hyperpage{36}
\item Postulate II, \hyperpage{36}
\item Postulate III, \hyperpage{36}
\item Postulate III (Non-degenerated), \hyperpage{36}
\item Postulate IV, \hyperpage{36}
\item Postulate V, \hyperpage{37}
\item potential difference, \hyperpage{5}
\item Potential energy, \hyperpage{13}
\item potential energy, \hyperpage{13}
\item Power, \hyperpage{13}
\item power, \hyperpage{13}
\item Pressure, \hyperpage{16}
\item pressure, \hyperpage{39}
\item Pressurized Water Reactor, \hyperpage{26}
\item Principal quantum number, \hyperpage{23}
\item Probability density, \hyperpage{22}
\item Projectile motion, \hyperpage{11}
\item proper length, \hyperpage{15}
\item proper time, \hyperpage{14}
\item Properties of Schrödinger equation, \hyperpage{22}
\indexspace
\item Q value, \hyperpage{25}
\item Quantum interpretation of resistivity, \hyperpage{28}
\item quantum number, \hyperpage{22}
\item Quantum numbers in spherical coordinates, \hyperpage{23}
\item quantum states, \hyperpage{35}
\item Quark, \hyperpage{27}
\item quark, \hyperpage{27}
\item Quasi-static process, \hyperpage{30}
\item qubit, \hyperpage{37}
\indexspace
\item radiance, \hyperpage{20}
\item Radiation, \hyperpage{30}
\item radiation, \hyperpage{29}
\item Radii of Bohr orbits, \hyperpage{23}
\item Radii of nucleus, \hyperpage{24}
\item Radioactive activity, \hyperpage{25}
\item radioactive activity, \hyperpage{25}
\item radius of curvature, \hyperpage{11}
\item ray, \hyperpage{36}
\item Rayleigh-Jeans law, \hyperpage{20}
\item RC time constant, \hyperpage{7}
\item red, \hyperpage{27}
\item Redshift, \hyperpage{15}
\item refrigerator engine, \hyperpage{32}
\item Relativistic Doppler effect, \hyperpage{15}
\item Relativistic energy, \hyperpage{16}
\item Relativistic mass, \hyperpage{16}
\item Relativistic momentum, \hyperpage{16}
\item reproduction factor, \hyperpage{26}
\item Resistance in fluids, \hyperpage{17}
\item Resistivity, \hyperpage{6}
\item resistivity, \hyperpage{6}
\item Reversible adiabatic equation for an ideal gas, \hyperpage{32}
\item Reversible process, \hyperpage{30}
\item Reynolds number, \hyperpage{18}, \hyperpage{44}
\item Robertson inequality, \hyperpage{37}
\item root-mean-square speed, \hyperpage{19}
\item Rydberg constant, \hyperpage{23}
\item Rydberg-Ritz law, \hyperpage{23}
\indexspace
\item Schrödinger equation, \hyperpage{22}, \hyperpage{24},
\hyperpage{37}
\item Second law of thermodynamics, \hyperpage{32}
\item Second law of thermodynamics in terms of entropy,
\hyperpage{33}
\item Second postulate, \hyperpage{14}
\item second viscosity coefficient, \hyperpage{44}
\item Secular equilibrium, \hyperpage{26}
\item self-adjoint, \hyperpage{36}
\item Semi-empirical mass formula, \hyperpage{24}
\item Sign convention of heat, \hyperpage{31}
\item Sign convention of work, \hyperpage{31}
\item similar, \hyperpage{44}
\item spacelike, \hyperpage{15}
\item Specific heat, \hyperpage{19}
\item specific variables, \hyperpage{30}
\item spectral decomposition, \hyperpage{36}
\item spectral radiance, \hyperpage{20}
\item speed, \hyperpage{11}
\item speed of sound, \hyperpage{45}
\item Spin, \hyperpage{23}
\item spin, \hyperpage{23}
\item spin quantum number, \hyperpage{23}
\item Stable, \hyperpage{30}
\item state space, \hyperpage{36}
\item state variables, \hyperpage{30}
\item state vector, \hyperpage{36}
\item static coefficient of friction, \hyperpage{12}
\item stationary, \hyperpage{41}
\item stationary states, \hyperpage{37}
\item steady, \hyperpage{41}
\item Stefan-Boltzmann law, \hyperpage{20}
\item Stern-Gerlach, \hyperpage{37}
\item Stokes' equations, \hyperpage{45}
\item Stopping potential, \hyperpage{21}
\item strange, \hyperpage{27}
\item stream function, \hyperpage{43}
\item streamline, \hyperpage{41}
\item strength of the vortex tube, \hyperpage{43}
\item stress tensor, \hyperpage{43}
\item superposition, \hyperpage{36}
\item Superposition principle, \hyperpage{4, 5}
\item Symmetry of the wave function, \hyperpage{24}
\indexspace
\item tangential acceleration, \hyperpage{11}
\item tau, \hyperpage{27}
\item tau neutrino, \hyperpage{27}
\item Tau number, \hyperpage{27}
\item temperature coefficient of resistivity, \hyperpage{6}
\item Terminal velocity, \hyperpage{18}
\item Thermal conduction, \hyperpage{29}
\item thermal conductivity, \hyperpage{29}
\item thermal contact, \hyperpage{30}
\item Thermal convection, \hyperpage{29}
\item thermal diffusivity, \hyperpage{29}
\item thermal equilibrium, \hyperpage{30}
\item Thermal expansion, \hyperpage{31}
\item Thermal pressure, \hyperpage{31}
\item thermal pressure coefficient, \hyperpage{31}
\item Thermal radiation, \hyperpage{20}, \hyperpage{30}
\item Thermodynamic process, \hyperpage{30}
\item thermodynamic process, \hyperpage{30}
\item Thermodynamic system, \hyperpage{30}
\item thermodynamic system, \hyperpage{30}
\item thermodynamical equilibrium, \hyperpage{30}
\item Thorium series, \hyperpage{26}
\item threshold frequency, \hyperpage{21}
\item Time dilation, \hyperpage{14}
\item Time-independent Schrödinger equation, \hyperpage{22}
\item time-independent Schrödinger equation, \hyperpage{22}
\item timelike, \hyperpage{15}
\item top, \hyperpage{27}
\item Torque, \hyperpage{13}
\item torque, \hyperpage{13}
\item trace, \hyperpage{35}
\item Transient equilibrium, \hyperpage{26}
\item Transport theorem, \hyperpage{40}
\item Turbulent flow, \hyperpage{17}
\item Types of events, \hyperpage{15}
\indexspace
\item ultraviolet catastrophe, \hyperpage{20}
\item Uniform linear motion, \hyperpage{11}
\item unitary, \hyperpage{36}
\item Unstable, \hyperpage{30}
\item up, \hyperpage{27}
\indexspace
\item vacuum permeability, \hyperpage{8}
\item valence band, \hyperpage{28}
\item VB, \hyperpage{28}
\item Velocity of a fluid in a channel, \hyperpage{17}
\item Viscosity, \hyperpage{17}
\item viscosity, \hyperpage{16}
\item volumetric coefficient of thermal expansion, \hyperpage{31}
\item vortex line, \hyperpage{42}
\item vortex sheet, \hyperpage{42}
\item vortex tube, \hyperpage{43}
\item vorticity, \hyperpage{42}
\item vorticity equation, \hyperpage{43}
\item vorticity per unit of mass, \hyperpage{43}
\indexspace
\item wave function, \hyperpage{22}
\item Wavelenth of a particle, \hyperpage{21}
\item white, \hyperpage{27}
\item Wien's displacement constant, \hyperpage{20}
\item Wien's displacement law, \hyperpage{20}
\item Work, \hyperpage{13}
\item work, \hyperpage{13}
\indexspace
\item Zeroth law of thermodynamics, \hyperpage{30}
\end{theindex}