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Information × Registration Number 0221U103651, 0118U000272 , R & D reports Title Supramolecular design of nanostructures for ultrahigh capacitive functional-hybrid energy storage devices with electrochemical and quantum mechanisms popup.stage_title Head Ivashchyshyn Fedir O., Доктор технічних наук Registration Date 23-02-2021 Organization Lviv Polytechnic National University popup.description2 The main rules of different “prior” and “post” modification techniques were established and parameters of synthesised carbon materials with the purpose of high efficient capacitive and pseudocapacitive energy accumulation were determined. The laboratory samples were fabricated and conditions under which they gain such functional hybridity as, for example, cooling effect or pseudocapacitive one were investigated. The design of these laboratory samples was optimised and optimal conditions for supramolecular hierarchical structures with polarisation properties were determined. The conditions under which the magnet nanoclusters for improved electrical polarisation and superparamegnetic orientation in extrinsic fields of supramolecular structures are formed were established. The rules of synthesised nanostructures response to extrinsic fields were explored. Theoretical bases for the phenomenon and its mechanisms of electrical energy accumulation at quantum level with highly sensitive properties for reasonable commercial price were developed. The nature of charge accumulation, polarisation and electro motive force appearance under weak magnetic fields (<3 kOe) at room temperature were investigated. The calculations for microscopic theory of dipole superparamagnetics (type <β-CD<Fe2SO4>>) influence on current flow in semiconductor layered structures (type GaSe, InSe) were made.  Product Description popup.authors Balaban Oksana V Bordun Ihor M Borysiuk Anatolii K Hryhorchak Orest I Klapchuk Myroslava I Maksymych Vitalii M Matulka Darija V Pidluzhna Anna Yu. Pokladok Nadiya T Tokarchuk Mykhailo V Shvets Roman Ya. popup.nrat_date 2021-02-23 Close