I
Aerospace
Graphene in aerospace polymer composites: lightning protection, shielding, thermal management and de-icing.
up to 94% less lightning damageEMI shielding up to 105 dB
- Polymer composites and aircraft manufacturing
- Directed (oriented) graphene in epoxy resins and structures
- Polarised graphene in epoxy matrices
- Integrated electric heating and structural health monitoring
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II
Separate group: sandwich panels
Oriented and polarised graphene makes sandwich panels “smart”: self-monitoring, heating and barrier protection.
gauge factor 80.07 — 9.43 times highershielding above 100 dB
- Directed (oriented) graphene in sandwich panels
- Polarised graphene in sandwich panels
- Integrated electric heating and structural health monitoring in sandwich panels
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III
Applied fields of work with graphene
Eight applied fields — from protective coatings and roofing to fertilisers, soil remediation and construction.
0.05 wt% GO — corrosion protection multipliedup to 40–60% better nutrient uptake
- Protective coatings
- Bitumen materials, shingles and siding panels
- Agriculture: controlled-release fertilisers
- Environmental remediation: immobilising heavy metals in soil
- Reclamation and desalination of saline soils
- Animal feed (risk zone, active research)
- Energy, electronics and biomedicine
- Construction
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IV
Geopolymer and radiological technologies
A certified geopolymer technology for immobilising radioactive waste, and graphene radiation shields.
leachability index L_i 9.7–10.3 (limit > 6)up to 30 wt% contaminated ash in the matrix
- Conditioning and solidification of radioactive waste
- Immobilisation of radiocaesium (¹³⁷Cs) and porous materials
- Synergy of geopolymer and graphene
- Radiation shields
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V
Cooperation with specialists from Slovakia: modifying silicone systems
Modifying silicone systems with graphene together with specialists from Slovakia.
flexible heating and shielding elements
- Modifications and process methods
- Key capabilities and physical-mechanical effects
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VI
Developing and modernising the patents with graphene
Four ways to develop the existing ceramic-coating patents with graphene.
4 directions based on 5 patents300–560 °C
- Graphene-modified sol-gel ceramic coatings (based on RU2794232C1)
- Hybrid “h-BN + graphene” suspensions (based on WO2022103305A1)
- Heat-flux intensification (based on RU2776525C1 and WO2023075647A1)
- Diffusion alloying and oxidation protection (based on RU2783636C1)
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§
Literature
Scientific papers, monographs and industry publications behind the research directions.
7 sources
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℗
Patents
RU and WO patents on Solcoat ceramic coatings and h-BN suspensions.
5 patents
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