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This Bulgarian research team has developed an electronic unit applicable for laser rangefinders. The team has expertise in R&D and engineering in defence technologies and in the space research domain. The proposed... more
even workers can have different points of view about the same specific part of the infrastructure checked. Using technology centre technologies based on 3D laser inspections, all these variables are overpassed... more
A German research institute, specialized on metrology, has developed an improved solution for the calibration of flow sensors by means of Laser-Doppler Anemometry (LDA). During LDA two laser... more
Founded over 200 years ago, the university operates one of the most prestigious technological institutes in Germany. The university has a special focus on engineering. The research group is working in the field of energy related technologies,... more
advanced approach by using laser-assisted extracorporeal shunt device for the treatment of aortic arch aneurysms and arch dissections under neuroprotection. Moreover, the arch branched laser-assisted... more
company has built up a development division for medical diagnostic and non-medical analysers based on laser- and optical fibre technologies and micro-electronics. In order to obtain an individual anti-tumour... more
Atmospheric dispersion is one of the main means for spreading of substances harmful to humans - chemical, biological, radiological and nuclear agents, toxic compounds, etc. These agents are usually dispersed as an aerosol, either in liquid phase,... more
A German company is looking for companies, preferably SME, which need a laser technology for processing or marking (e.g. semiconductors or metals) with sub-µm resolution. The new Photonic Jet Technology is a... more
developed method the solid PTFE is evaporated by a laser beam and condensed on cold surface as fibres. At present, the porous material produced in form of wool or felt. The wool consists of fibres 5-15 micrometers... more
Lithuanian scientific research institute operates an Optical Coatings Laboratory, which conducts scientific and technological activities aimed at the formation of thin layers for optical and laser applications,... more
Cutting edge quantum technologies are currently being used in the areas of communications, computing, and sensing. This project aims to extend the application of quantum technology in the field of propulsion. A quantum drive would not interact... more
induction or laser technologies which are needed to operate the electrical part of photovoltaic panels. The wireless solar module concept is built upon the electrical part of mainstream solar modules that contain... more
. The team members are active in research, business development and marketing. The innovative high-speed scanning process is based on an infrared laser for the qualitative detection of near-surface substances.... more
laser) or new types of sensors like Surface plasmon resonance (SPR) or LIDAR. * State of the art : III-V semiconductors compounds are alloys containing elements from groups III and V in the periodic table. They... more
Engineering components produced via wire-based additive manufacturing can access markets easier due to faster processes, less material waste and improved properties of printed parts. Within this industry, electron beam and laser... more
nanoparticles that enhance osseointegration and textured surfaces with suitable morphology for the growth of bone cells. As for other topics related to biomaterials, the research team specializes in: • Laser... more
sprays adapted to molecular and microbial contaminations removal) - cryogenic spray (projection of mini crystals of CO2, combining mechanical action and solubilization of various pollutants) - laser (generation... more
A research Institute active in metrology in Germany has developed a receiver system for fibre-guided ultra-precise frequency signals. The system enables the transmission of the signal of an ultra-stable single-frequency laser... more
nanoparticles (Au-NP). A laser fragmentation process makes it possible to produce carbon-free gold nanoparticles (Au-NPs) smaller than 5nm. For this purpose, gold nanoparticles are removed in a liquid medium.... more
smaller thermal noise. The novel mirror can be inserted into fabry-perot resonators, which are used to stabilize laser systems. Such laser systems achieve a relative frequency stability... more
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