Handbook of Physics / B. Yavorsky and A. Detlaf
Publication details: Moscow , Mir Publishers ; c 1977 .Description: 1131 p.: ill .: 23 cmSubject(s): DDC classification:- 22 530 YAV
| Item type | Current library | Call number | Copy number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|
Book Open Access
|
Engineering Library | 530 YAV (Browse shelf(Opens below)) | 1 | Available | BUML23111796 |
CONTENT
Part One
The Physical basis of classical Mechanics
Chapter 1 Kinetics of particles and rigid bodies
1.1 Introductory concepts
1.2 Velocity
1.3 Acceleration
etc.
Chapter 2 Dynamics of translatory Motion
2.1 Newton's first law of motion
2.2 Force
2.3 Mass
2.4 Newton's second law of Motion
etc.
Chapter 3 Work and Mechanical energy
3.1 Energy
3.2 Work
3.3 Power
3.4 Force function
etc
Chapter 4 Dynamics of rotary Motion
4.1 Moment of force
4.2 Moment of Inertia
4.3 Angular momentum
4.4 The fundamental law in the dynamix of lotary Motion
etc.
Chapter 5 Fundamentals of analytical Mechanics
5.1 Principle concepts and definitions
5.2 Lagrange's equations of motion
5.3 Hamilton's function . canonical equations of motion
5.4 Concept of the variational principles of mechanics
etc.
Chapter 6 Mechanical vibrations
6.1 Fundamental concepts
6.2 Small oscillations of a system with one degree of freedom
6.3 Small oscillations of a system with several degrees of freedom
6.4 oscillations of a nonlinear system with one degree offreedom
etc.
Part Two
The fundamentals of thermodynamics and molecular physics
Chapter 7 Introduction
7.1 Basic concepts
Chapter 8 Ideal Gas Laws
8.1 Ideal Gases
8.2 Mixture of ideal Gases
Chapter 9 First law of Thermodynamics
9.1 Internal energy and enthalpy
9.2 Work and Heat
9.3 Heat capacity
9.4 The first law of Thermodynamics
etc.
Chapter 10 Second and third laws of Thermodynamics
10.1 Reversible and irreversible processes
10.2 Cycles, The carnot cycle
10.3 The second law of Thermodynamics
10.4 Entropy
etc.
Chapter 11 Kinetic theory of Gases
11.1 Basic equation of the kinetic theory of Gases
11.2 Maxwell's velocity distribuion law
11.3 Mean free path of Molecules
11.4 Transport phenomena in Gases
etc.
Chapter 12 Elements of statistical physics
12.1 Introduction
12.2 The probability of the state of a system. Average values of physical qualities
12.3 Gibb's distribution
12.4 Principle of the equipartition law
etc.
Chapter 13 Real Gases and Vapours
13.1 Equations of state of real Gases
13.2 Intermolecular forces in Gases
13.3 Throtting of Gases. The joule-thomson effect
13.4 Isotherms of real Gases, vapours. Critical state of substances
etc.
Chapter 14 Liquids
14.1 General properties and structure of liquids
14.2 Properties of the surface layer of liquids
14.3 Wetting. capillary phenomena
14.4 Vaporization and boiling of Liquids
etc.
Chapter 15 Crystalline Solids
15.1 General properties and structure of solids
15.2 Thermol expansion of solids
15.3 Thermol conduction in solids
15.4 Heat capacity of solids
etc.
Chapter 16 Amorphous substances
16.1 General properties and structure of Amorphous substances
16.2 Viscoelastic properties of Amorphous substances
etc.
Part Three
The Fundamentals of Fluid Mechanics
Chapter 18 Fluid statics
18.1 Introduction
18.2 Fluid statics
Chapter 19 Fluid Dynamics
19.1 Basic concepts
19.2 The ncontinuity equation
19.3 Equations of Motion for fluids
19.4 Energy nequations
Part Four
Electricity nand Magnetism
Chapter 20 Electrostatics
20.1 Basic concepts. Coulomb's Law
20.2 Electric field. Electric field intensity
20.3 Electric displacement, ostrogradsky-Gauss electric Flux
20.4 Potential of an electrostatic field
etc.
Chapter 21 Direct electric current in Metals
21.1 Principal concepts and definitions
21.2 Electron theory of conduction
21.3 Direct currenr laws
21.4 Kirchhoff's Laws
etc.
Chapter 22 Elecric current inLiquids and Gases
22.1 Electrical conduction in Liquids. Electrolytic dissociation
22.2 Laws of electrolysis
22.3 Atomicity of electricity
22.4 Ohm's law for currents in Liquids
etc.
Chapter 23 Electric current in Semiconductors
23.1 Intrinsic conduction in Semiconductors
23.2 Extrinsic conduction inconduction in Semiconductors
23.3 The Hall effect in Metals and conduction in Semiconductors
etc.
Chapter 24 Junction, Thermoelectric and Emission effects
24.1 Junction effects in Metals, Volta,s Laws
24.2 Junction effects in Semiconductors
24.3 Thermoelectric effects in metals and Semiconductors
24.4 Emission effects in Metals
etc.
Chapter 25 Magnetic Field of Direct current
25.1 Magnetic field,Amperes Law
25.2 The Biot Savari-Laplace law
25.3 Simplest Magnetic fields set up by currents
25.4 Action of a Magnetic field on current- carrying conductors. Interaction of conductors
etc.
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