
Анализируются принципы структурной организации гибридных электромеханических объектов внутриродового уровня. Рассматриваются генетические модели направленного синтеза электромеханических структур гибридного типа. Определены классификационный статус и количественный состав генетически допустимых классов гибридных структур. Приводится фрагмент генетического банка данных структурного потенциала гибридных объектов. In the article, principles of structural organization of hybrid electromechanical objects of intrageneric level are analyzed. Genetic models of directed synthesis of hybrid-type electromechanical structures are considered. The article defines classification status and quantitative structure of genetically admissible classes of the hybrid structures. A fragment of the genetic databank of the hybrid objects structural potential is adduced.
структурное предвидение, genetic code, hybrid electromechanical object, innovative synthesis, электромеханические преобразователи энергии (ЭМПЭ), genetic model, genetic databank, crossing, синтез гибридных ЭМ-структур, electromagnetic chromosome, задачи системного характера, направленный синтез
структурное предвидение, genetic code, hybrid electromechanical object, innovative synthesis, электромеханические преобразователи энергии (ЭМПЭ), genetic model, genetic databank, crossing, синтез гибридных ЭМ-структур, electromagnetic chromosome, задачи системного характера, направленный синтез
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