Molecular electrical wind power engineering are searching for the ways of  effective and complete use of energy of molecules, atoms and ions of air, energy of the electromagnetic fields and plasma. The molecular electrical wind power engineering is based on the laws of molecular physics of gases and solid, on the laws of quantum mechanics and quantum electronics.

Air is a mixture of gases, which compose the atmosphere of Earth.     

In the normal state (pressure R₀ = 101,325 kPa, temperature T₀ + 273,15⁰ C) in a 1 m³ of gas there is the identical number of molecules (Loshmidt constant).

The molecules of gas interact between itself by means of the forces, which on large distances between molecules are attractives. Theses forces quickly decrease with the iaugmentation of the distances between molecules. On small distances these forces are repulsives.

The middle amount of collisions of the molecules of gas z =109.1010 s^-1 approximately. Middle length of free run of a molecule between the two successive collisions for different gases at normal condition (t = 0 °C, P_o = 101325 Pa) is equal .

In tables 7 and 8 the middle speed of movement of molecules of gas v, intervals of speeds of molecules and number of molecules proper to them at a different temperature and normal atmospheric pressure data are given.

Middle kinetic energy of monatomic molecules is determined by the absolute temperature of gas.

Using data given in tables 7 and 8, internal kinetic energy of air, that crosses the area engulfed by the blades of rotor during 1 s at speed of wind 5 mps, will be evened 75 MJ.

The integral calculation of kinetic energy shows that internal energy of molecules in the volume 1m³ is equal 150 MJ.

Wind molecular electrogenerators are based on the use of kinetic energy of rapid molecules of air. In particular, they use high kinetic energy of molecules for ionizations of solid, realization of thermal ionization and ionization of particles of air and subsequent origin of electromotive Laurent’s force, during the motion of the charged particles in the magnetic field.

The wind molecular electrical power systems use the next physical principles to receive electric current: ionization, magneto-hydrodynamic effect, absorption, electrokinetic’s, Villari - effect et al.

By Vasil Sidorov on March 07, 2009   in queltanews.com