The Cambridge Handbook of Physics FormulasCambridge University Press, 10 thg 7, 2000 - 219 trang The Cambridge Handbook of Physics Formulas is a quick-reference aid for students and professionals in the physical sciences and engineering. It contains more than 2000 of the most useful formulas and equations found in undergraduate physics courses, covering mathematics, dynamics and mechanics, quantum physics, thermodynamics, solid state physics, electromagnetism, optics and astrophysics. An exhaustive index allows the required formulas to be located swiftly and simply, and the unique tabular format crisply identifies all the variables involved. The Cambridge Handbook of Physics Formulas comprehensively covers the major topics explored in undergraduate physics courses. It is designed to be a compact, portable, reference book suitable for everyday work, problem solving or exam revision. All students and professionals in physics, applied mathematics, engineering and other physical sciences will want to have this essential reference book within easy reach. |
Nội dung
Units constants and conversions | 3 |
12 SI units | 4 |
13 Physical constants | 6 |
14 Converting between units | 10 |
15 Dimensions | 16 |
16 Miscellaneous | 18 |
Mathematics | 19 |
22 Vectors and matrices | 20 |
52 Classical thermodynamics | 106 |
53 Gas laws | 110 |
54 Kinetic theory | 112 |
55 Statistical thermodynamics | 114 |
56 Fluctuations and noise | 116 |
57 Radiation processes | 118 |
Solid state physics | 123 |
62 Periodic table | 124 |
23 Series summations and progressions | 27 |
24 Complex variables | 30 |
25 Trigonometric and hyperbolic formulas | 32 |
26 Mensuration | 35 |
27 Differentiation | 40 |
28 Integration | 44 |
29 Special functions and polynomials | 46 |
210 Roots of quadratic and cubic equations | 50 |
211 Fourier series and transforms | 52 |
212 Laplace transforms | 55 |
213 Probability and statistics | 57 |
214 Numerical methods | 60 |
Dynamics and mechanics | 63 |
32 Frames of reference | 64 |
33 Gravitation | 66 |
34 Particle motion | 68 |
35 Rigid body dynamics | 74 |
36 Oscillating systems | 78 |
37 Generalised dynamics | 79 |
38 Elasticity | 80 |
39 Fluid dynamics | 84 |
Quantum physics | 89 |
42 Quantum definitions | 90 |
43 Wave mechanics | 92 |
44 Hydrogenic atoms | 95 |
45 Angular momentum | 98 |
46 Perturbation theory | 102 |
47 High energy and nuclear physics | 103 |
Thermodynamics | 105 |
63 Crystalline structure | 126 |
64 Lattice dynamics | 129 |
65 Electrons in solids | 132 |
Electromagnetism | 135 |
72 Static fields | 136 |
73 Electromagnetic fields general | 139 |
74 Fields associated with media | 142 |
75 Force torque and energy | 145 |
76 LCR circuits | 147 |
77 Transmission lines and waveguides | 150 |
78 Waves in and out of media | 152 |
79 Plasma physics | 156 |
Optics | 161 |
82 Interference | 162 |
83 Fraunhofer diffraction | 164 |
84 Fresnel diffraction | 166 |
85 Geometrical optics | 168 |
86 Polarisation | 170 |
87 Coherence scalar theory | 172 |
88 Line radiation | 173 |
Astrophysics | 175 |
92 Solar system data Solar data | 176 |
93 Coordinate transformations astronomical | 177 |
94 Observational astrophysics | 179 |
95 Stellar evolution Evolutionary timescales | 181 |
96 Cosmology | 184 |
| 187 | |
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Thuật ngữ và cụm từ thông dụng
a²ƒ amplitude angular frequency angular momentum axis Bohr magneton Boltzmann constant centre of mass coefficient components constant of gravitation coordinates cose current density diffraction dipole displacement distance electric field electron mass electronic charge element equation formula free space function h Planck ħ² Hamiltonian heat capacity impedance incident integral intensity kinetic energy Kronecker delta lattice Lorentz factor luminous magnetic flux density matrix modulus molar gas constant number density orbital parameter particle mass permeability permittivity phase physics Planck constant plane plasma polarisation position vector potential energy pr(x pressure quantum radiation radius ratio refractive index rotation Rydberg constant scalar speed of light sphere spherical surface temperature tensor theorem thermal thermodynamics total energy unit length v₁ velocity volume wave wavelength wavenumber Απ μο ат др дх
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