Self-organizing of the micro/nano- structures of the reactionary zones and technologies for quantum modification of the properties and capabilities of the energetic materials

摘要

In accordance with our novel micro-scale combustion concept, motivated excitation source of the 3-D micro/nano-scale physical structures in the energetic materials reactionary zones are the micro/nano-scale structures of the electromagnetic fields. According to our hypothesis each energetic material has a unique interactive holographic image of the reactionary zone which is the synergetic oscillatory system. The micro/nano-scale structures forms the fractal patterns in the reactionary zone and can be considered as a fingerprints of the holographic resonance spectrum of the reactionary zone. In the paper the possible technology of visualisation of the energetic material reactionary zone holographic image is considered. The set of the 3-D micro/nano- structures has the network organization which can be manipulated at a distance without the need for proximal electrodes. We suggest technology of scanning of the complex, multi-component unique resonance spectrum of all molecules in the reactionary zones and programmed transfer of the quantum information into the reactionary zones for excitation of the resonance spectrums of the predetermined set of molecules by means of resonance laser radiation or by use of the system of resonance electro-magnetic and acoustic fields. For example, under the influence of the system of electromagnetic or/and acoustic fields the random 3-D micro/nano- structures can turns into astonishing forms. Such oscillatory structures can form the cymatic patterns, in particular, the Chladni patterns. Excitation of the resonance spectrums of the predetermined set of molecules in the reactionary zones along with re-programming of the resonance spectrum of the reactionary zones gives the possibility for control by the scale and 3-D localization of the induction and energy-releasing areas and, accordingly, allows control inter-scale interaction in the small-scale aerospace propulsion systems. Excitation of the resonance spectrums of the predetermined set of molecules in the reactionary zones allows to activate and to de-activate different physical properties. Also, such excitation of the molecules is capable to induce self-synchronization of the 3-D micro/nano-scale structures and can be used for reduction of the reactionary zones sizes and for suppression of the combustion instability. The additional technical result is connected with increase of the energy-release rate in the reactionary zones.