Book:Albert Einstein/Investigations on the Theory of the Brownian Movement

Subject Matter

 * Physics

Contents



 * $\S$ 1. On the Osmotic Pressure to be Ascribed to the Suspended Particles
 * $\S$ 2. The Osmotic Pressure from the Standpoint of the Molecular-kinetic Theory of Heat
 * $\S$ 3. Theory of the Diffusion of Small Spheres in Suspension
 * $\S$ 4. On the Irregular Movement of Particles Suspended in a Liquid and the Relation of this to Diffusion
 * $\S$ 5. Formula for the Mean Displacement of Suspended Particles. A New Method of Determining the Real Size of the Atom
 * $\S$ 5. Formula for the Mean Displacement of Suspended Particles. A New Method of Determining the Real Size of the Atom


 * $\S$ 1. On a Case of Thermodynamic Equilibrium
 * $\S$ 2. Examples of Application of the Equation obtained in $\S$ 1
 * $\S$ 3. On the Changes in the Parameter $a$ brought about by the Thermal Motion
 * $\S$ 4. Application of the Equation derived, to the Brownian Motion
 * $\S$ 5. On the Limits of Application of the Formula for $\sqrt{\overline{\Delta^2}}$
 * $\S$ 5. On the Limits of Application of the Formula for $\sqrt{\overline{\Delta^2}}$


 * $\S$ 1. On the Effect on the Motion of a Liquid of a very small Sphere Suspended in it
 * $\S$ 2. Calculation of the Viscosity-coefficient of a Liquid in which a large number of small Spheres are Suspended in Irregular Distribution
 * $\S$ 3. On the Volume of a Dissolved Substance of Molecular Volume large in Comparison with that of the Solvent
 * $\S$ 4. On the Diffusion of an Undissociated Substance in Solution in a Liquid
 * $\S$ 5. Determination of Molecular Dimensions with the help of the Relations already obtained
 * $\S$ 5. Determination of Molecular Dimensions with the help of the Relations already obtained




 * $\S$ 1. Diffusion and Osmotic Pressure
 * $\S$ 2. Diffusion and Irregular Motion of the Molecules
 * $\S$ 3. Movement of Single Molecules: Brownian Motion
 * $\S$ 3. Movement of Single Molecules: Brownian Motion