Projects for our technologies for film deposition  from a gas phase
 
1. R&D Project for industrial technology for PTFE films.
2. R&D Project for PPX films.
3. Control of organic functional film  morphology using PTFE or PPX layers:
wetting – on PPX, anti-wetting  - PTFE. Reverse situation if F-substituted dye is used. Dye quantum dots.
Self-organizing systems. Photonic crystals.
4. Synthesis and studies of evaporability of new dyes. Kinetics of evaporation and condensation vs temperature -
- using Polytec spectrometer. Joint project with Institute of Organic Chemistry.
5. Oriented growth of organic films.
6. Deposition of ultra-thin functional films using specially modified dyes. Polymerisation and co-polymerization of the such dyes. Stable film for OLEDs, OFETs etc. Polymer matrix with bonded dye. Project with Inst.Organic Chemistry.
7. Research on deposition of conductive polymer form a gas phase.

8. Deposition of multi-layered and multi-component films:
a. Au-dye-filled PTFE films for sensors. Abstract pdf
b. Metal-filled PTFE films for catalysis,  photonics, plasmonics etc.
d. Dye-filled PTFE,  PPX, PPS and PVDF films for photonics.
e. Inorganic-organic mixture. Semiconductor-dye nano-shelled materials. Organised.
f. Multi-component dye systems. Play”n” the games with wetting – anti-wetting. Solid solution or nano-composite films.
g. Films with gradient concentration: through thickness and on plate.
h. Dye-filled spectral selective OFET. Joint project with Inst. of Organic Chemistry.
i. Dye-filled conductive polymer for sensors etc. functional layers.
k. Chalcogenide-organic composite films. Ge-As-Se-Te etc. systems.

9. Porous PTFE coatings: laser deposition on ANY substrate (incl. Plastic and Mesh!). Controlled porosity.
Filters for aggressive liquids, including  ones for artifical diamond extraction. Joint project with Belarus.
10. PPX coated anti-bacterial treated surgical filament.  Joint project with Belarus.

11. Pyrolyser for PPX deposition : $14 000.
12. Linear evaporator for dyes.