class-2

Group 2.1: Transition to complex SFMs

Efficiency of SFMs can be enhanced through the transition from simple SFMs to complex ones (chain SFM and dual SFM). In this case it is exist not so great complication but transition provides new properties and intensification of existing properties (first of all - controllability).

Group 2.2: Evolution of SFMs

"The system's performance should be enhanced/improved"

General idea of the next six rules is to increase efficiency of SFM (simple and complex) without introducing the new fields or substances. It is available through evolving of the existing substance-field resources.

Group 2.3: Evolution by coordinating rythms

"The evolution is possible through rythm coordination"

Group 2.3 includes Standards for evolution of SFM by especially advantageous methods. Standards of group 2.3 propose the parameters value modifications only, instead of introducing or modification the substances and fields. New effect (solution) is achieved by minimum changes in technical system.

Group 2.4: Complex forced SFMs

"The evolution is possible through the use of magnetism properties".

Evolution of SFM can go through the several standard paths in the same time. SFMs with dispersed ferromagnetic substances and magnetic fields evolve better.