Projects related to 15-2018-4561

Background Large scale application of solar cells depends on attaining high solar radiation conversion efficiency, AND on further substantially reducing production costs. Solar cells are typically constructed of multilayer ...

  Highly sensitive, self formed and simple to fabricate nano junction devices changing resistance in the presence of minute concentration of volatile gases:   Background Detectors of volatile gas, including combustible gases, are essential ...

Background Cement & Gypsum require a lot of energy for production, consume large areas of land and are hard to recycle. There is a global need for new environment-friendly, low cost materials for construction. Our Innovation Utilizing ...

Background Critical utilities and transportation infrastructure have demanding requirements to maintain high operational loads. It is essential that these sites will be free from encroaching vegetation which interferes with performance and ...

Background During the past decades, several new and innovative solutions for efficient contaminant removal from soils have been investigated. Ex-situ technologies include excavating soils followed by land filling, thermal desorption, thermal ...

Background The current commercial photo-initiators are unsuitable for radical-polymerization of adhesive coatings and 2&3D printing due to their poor water solubility, low efficiency and restricted suitability to the emerging LED ...

  Vibrant, Efficient, Low-Cost Emitters:   Background Perovskite nanoparticles are revolutionizing display technologies by down-converting some of the light from the blue LED backlight to narrow-band red and green components which results in ...

Background Solar thermal collectors convert 60 - 80% of the incident solar radiation into heat, which can then be used to generate steam or heated water for industrial processes, for heating of buildings or to supply hot water. Low pressure ...

Background Water pollution is an acute problem. Several methods are currently being used to treat contaminated water that has organic waste as well as bacterial waste. Most of the techniques are based on oxidation using e.g. ozone, ...

Background Antimony tin oxide is one of the most widely used transparent conducting oxides, mainly because of its two chief properties: electrical conductivity and optical transparency, which are important for optoelectronic devices, such as in ...

Background One of the key problems facing the tampons industry is the fact that all too often, used tampons are flushed down the toilet. Contrary to toilet paper, tampons do not disintegrate in water. As a matter of fact, they are designed to do ...

  Categories Biofilm, anti-biofilm, anti-biofilm peptides, antiseptic agent, disinfectant agents, antibacterial agents, antimicrobial agent, chemical disinfectants, biocides. Development Stage Pre-clinical proof of concept and initial ...

Category Packaging Keywords 100% Biodegradable packaging , space filling, drop test Current development stage Experimental proof of concept  Collaboration Opportunity Sponsored Research with an option to License Research Results ...

  Category Chemistry & Materials , Veterinary & Animal science Keywords Chemical compound, mosquito Olfactory system, repellent, spatial Current development stage TRL4 Technology validated in lab             Collaboration ...

Background Printed Electronics (PE) offers an attractive low cost alternative for the fabrication of electrical and optoelectronic devices which can be applied on large areas, and either on flexible or rigid surfaces. While metallic inks have ...

Background Depositing conductive material on uneven and complex topographies is challenging while printing conductive patterns onto 3D structures. Available solutions to this need are complicated, require costly printers that are not suitable ...