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Cowling T.G. — Molecules in motion
Cowling T.G. — Molecules in motion



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Название: Molecules in motion

Автор: Cowling T.G.

Аннотация:

The object of this book is to give an account of such properties of a gas as can be explained by supposing the gas to consist of molecules in motion. The first three chapters are mainly historical, explaining why scientists came to believe that a gas consists of molecules in motion. Next follow chapters discussing a variety of properties of a gas; finally, a series of applications of the general theory are set out.


Язык: en

Рубрика: Физика/Школьный уровень/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1950

Количество страниц: 181

Добавлена в каталог: 15.08.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Accommodation coefficient      59 63 67
Aristotle's physics      10 35
Atmosphere, composition of      144
Atmosphere, equilibrium of      74 141 146
Atmosphere, escape of      153
Atmosphere, temperature of      143
atoms      9 24 110
Avogadro's hypothesis      27
Boltzmann's constant      42
Boyle's law      14
Boyle's, deviations from      84
Boyle's, theory of      18
Caloric      36
Charles' law      41
Cohesion of molecules      39 81 86 91 96
Collision-interval      51 57
Collisions, molecular      19 49 57
Concentration-gradient      68
Conduction of heat      60 148 171 174
Conservation of energy      37
Convection of heat      151
Corresponding states, law of      88
Dalton's atomic theory      24
Dalton's law of partial pressures      33
Definite proportions, law of      25
density      21 116
Diffusion      67 99 148 159
Diffusion and temperature      99
Diffusion under gravity      74 149
Diffusion, Forced      74
Diffusion, thermal      76 100
Dimensions, method of      91 93 97
Distribution function      127
E and F ionized layers      144 158 178
Eddy diffusion      150
Eddy viscosity      153
Electric discharge      167
Electrical conductivity      157 171
Electron temperature      163 174
Electron velocity-distribution      173
Electrons      110 157 161 168 170
Epicureans      9 11
Equipartition of energy      33 104 137 140
Error curve      123
evaporation      38
Fluctuations in density      118—24
Forces between molecules      38 81—101
Free path      48 51 57
Frequency diagrams      121
Gaussian distribution      128
Gay — Lussac's law of volumes      27
Heat      35—48 101—10
Heat, conduction of      60 148 171 174
Heat, convection of      151
Internal energy      47 102 112
Inverse collisions      135
Ions      112 157
Joule — Thomson effect      81
Joule's mechanical equivalent of heat      45
kinetic energy      18 21 29
Kinetic energy and temperature      29 42
Magnetic fields      175
Maxwell's law      131
Maxwell's law, Jeans' proof      138
Maxwell's law, Maxwell's proofs      134
Metals      170
Mixing length      148
Mobility of ions      159
Molecules      16 28
Molecules, collisions of      19 49 57
Molecules, forces between      38 81—101
Molecules, radii of      49 57 91
Molecules, speeds of      43
Multiple proportions, law of      26
Normal properties      124
Number-density      49 58 130
Phlogiston      23
Porous plugs      44 81
potential energy      30 106 141
Pressure of a gas      14 18
Pressure of a gas and temperature      41
Quanta      113
Radiometer      64
Rate of shear      55
Repulsions between molecules      38 82 92 95
Rotation of molecules      47 102 104 112 114
Rutherford's atomic model      111
Scale-height of atmosphere      146
Self-diffusion      71 72 99
Slip at wall      58
Smoothing processes      116
Sorting demon      125
Specific heat of gas      45 107
Specific heat of metal      172
Standard deviation      119 127
Stratosphere      143
Sutherland's constant      98
Temperature and kinetic energy      42
Temperature and pressure      29 41
Temperature, absolute      41
Temperature-drop at a wall      63
Temperature-gradient      61
thermal diffusion      76 100
Transport phenomena      49
Troposphere      143
Uniform steady state      131
Uniformity of density      118
Van der Waals' law      87
Vectors      17
Velocity-distribution function      130
Velocity-distribution function in a metal      173
Velocity-distribution function, Maxwell's      131
Vibrations of molecules      47 103 105 112
viscosity      53 56
Viscosity and density      56
Viscosity and temperature      95
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