Ieškoti

Advanced Materials for Photovoltaic and Optoelectronic Applications

Aprašymas:

Innovative materials for construction of next generation of photovoltaic and optoelectronic devices.

Novelty.

  • Material’s design and development is based on the principles of high performance, efficient and uncomplicated synthesis and excellent prospect of commercial application
  • Most significant hurdles for device commercialization from the materials standpoint of view (such as cost, performance, longevity) are addressed.

Application areas.

Next generation solar cells, organic light emitting devices and field-effect transistors.

Patents.

US2016155575, US2016126022, WO2016139570, WO2015161989, WO2014170839, US2014066656, US7348112, US7445877, US7326506, US7169521, US7534540, US7261988, US7179574, US7291433, US7320848, US7108948, US7432028, US7090953, US7115347, US7521162, US7118840, US7320849, US7014968, US2004152002, US7144665, US7183028, US7094510, US7169520, US7083884, US6960418, US7189482, US6768010, US7074532, US6991882, US7029812, US6214503, US6749978, US6964833, US6899984, US7378203, US7534541

Raktažodžiai: Advanced Materials, Photovoltaic Applications, Optoelectronic Applications

Mokslo kryptis: Naujos medžiagos aukštosioms technologijoms, Technologijos darniam vystymuisi ir energetika
Injectable Biomaterials

Aprašymas:

The invention includes the method of preparing highly porous hyaluronic acid granules for osteoarthritis treatment. The invention also includes the method of preparing injectable biomaterial based on porous hyaluronic acid granules, for the purpose of bone tissue regeneration.

Novelty.

Highly porous materials for injections.

Next step – proof of concept studies (POC - Proof of concept): analysis in vivo in a mouse model.

Raktažodžiai: osteoarthritis treatment, bone tissue regeneration

Mokslo kryptis: Technologijos darniam vystymuisi ir energetika
Novel Processing Technique to Produce Fibrous Nano and Micro Structures

Aprašymas:

The technology combines additive manufacturing (3D printing) and solvent-free electrospinning processes. Produced structures have controlled fibre diameter (100 nm to 100 mm), large surface area and high porosity. Broad range of polymers can be used as raw materials.

The applications include, but not limited to: biomedicine (tissue engineering); pharma (drug delivery); cleantech (filters, membranes, sensors); energy (electrodes, solar cells, fuel cells); food (packaging material, films); chemical engineering (carbon nano tubes, catalysts).

Technology is further developed by startup "Volatile Innovation”, who is looking for partners to further prototyping and commercialization for the development and of  new high value-added products. 

Raktažodžiai: produce fibrous nano, micro structures

Mokslo kryptis: Naujos medžiagos aukštosioms technologijoms, Technologijos darniam vystymuisi ir energetika
Air Cleaning System

Aprašymas:

The device combines multiple processes (advanced oxidation/ catalysis/ absorption/ filtration) to achieve deeply clean air suitable for broad range of applications (ventilation, clean rooms, specific environments).

Aerosol particles (combustion exhaust, diesel exhaust, nanoparticles, dust, biological particles) and gaseous pollutants (CO, NO2, broad range of volatile compounds - VOCs) are removed during the process.

The treatment level may be specifically designed for the client requirements in order to minimize operational costs. The complex application of broad range of methods allows for pollutant decomposition with the highest efficiency with lowest costs. The decomposition method does not use any chemicals and only needs electric power.

Technology is further developed by startup "Volatile Innovation”, who is looking for partners to further prototyping and commercialization.

Raktažodžiai: Air Cleaning

Mokslo kryptis: Technologijos darniam vystymuisi ir energetika
Organic Semiconductors and Emitters For Organic Light Emitting Diodes

Aprašymas:

Synthesis and characterization by theoretical and experimental methods of organic hole-, electron and bipolar semiconductors and with ionization potentials varying over a wide range and charge drift mobilities reaching 10-2 cm2/Vs. Organic emitters and host-guest systmems with photoluminescence quantum yields exceeding 80%. Estimation of phtoluminescence quantum yields, ionization potential, thermal stability, charge mobilities. Fabrication of organic light emitting diodes.

Application areas:

Organic light emitting diodes, organic thin film transistors, electrochromic devices.

Raktažodžiai: Organic light emitting diodes, organic thin film transistors, electrochromic devices

Mokslo kryptis: Naujos medžiagos aukštosioms technologijoms, Technologijos darniam vystymuisi ir energetika