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targeted areas in a really efficient way. These types of heaters are of high-power densities and low thermal masses which result in ultra-fast heating of any kind of media.
On the other hand, thick film heaters... more
ii) Nickel is then deposited on the substrate using electroplating, in which the photoresist structures are used as moulds to help form a thin film that is less than 10 micrometers in diameter.... more
reflection. This tecnique makes traffic signs more visible, especially at night, and obliges the manufacturers to use and print the traffic sign on just one film (without overlapping) instead of using films of... more
An Italian innovative start-up has developed a thin and flexible polymeric film, sufficiently resistant to be applied intrapleural or in other districts, adhering to the mesothelial or epithelial surfaces.
manufacture 500MW photovoltaic industrial chain.
Crystalline silicon heterojunction solar cell (HJT) is a semiconductor device composed of amorphous silicon thin film and crystalline silicon material. It has... more
) thin-film technology. These are not only highly sensitive and insensitive to extreme temperatures but also show highest stability even in smallest dimensions. They are thus able to detect overheating very quickly... more
Atomic layer deposition (ALD) is a thin film deposition technology using sequential use of a gas phase chemical process. The ALD process uses two chemicals typically called precursors. These precursors are deposited... more
overflow water consumption. A company needs a new drying plant of film evaporation type drying tower with special cleaning equipment by capacity of 9,8 tons of clean water per hour to improve the plant’s efficiency.
- Generation of electronic functionalities
- Thin film processing
- 3D-machining below 10 µm
- Local thin film deposition
Commercial users are sought which need to generate features... more
The company is a developer and producer of thin-film transparent architectural photovoltaic glazing. The technology is specifically designed for building integrated applications, delivering high energy yields... more
film, geogrid, three-dimensional composite drainage net, geomat, plastic blind drain, coarse denier fiber drains, hard permeable pipe, and slope-protection geobag for ecological plant.
They are looking for a... more
-take of drinking water in sea water through reverse osmosis;
The installation for continuous flow of nanocomposite materials comprises the following subassemblies (figure 1):
- the film generation module... more
clean and free energy. That solution implemented in buildings allows to get energy zero concepts.
They can produce flexible cells adaptable to multiple surfaces. They work with the crystalline silicon and thin film... more
rafts and within gravel or NFT (Nutrient Film Technique) beds, living walls grow plants vertically. As with aquaponics, living wall systems are being researched and modified to be more effective and these are... more
plasmonic Au optical nanopore can offer the surface enhanced Raman Spectroscopy measurements there is no electrical crosstalk.
The research centre has successful fabricated an Au nanopore on a 40nm thick Au film.... more
to 520 V during the oxidation process. Application of pulses with different shape and duration allows increasing the growth rate of the oxide film, its microhardness and corrosion resistance. The coating properties... more
unique and has many advantages over currently most used deformation sensing techniques based on resistance, vibration, resonance, string and film sensors. Furthermore, the properties of the sensor predetermine... more
iron, the latter being insoluble and resistant covering the surface with a dark protective film with high adhesion properties.
The resulting protective surface film can perform... more
A Bulgarian research institute with more than 50 years of experience in R&D in the field of physical chemistry has developed an innovative opto-electronic method and device for the studying of micro amounts of tear film... more
well. In addition, it can be used as transparent display as it is coated with ultra-thin film.
- The target of the project includes:
-Development of OLED materials for the display and lighting applications