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  • Process for the Preparation of Halide Perovskite Andperovskite-Related Materials (No. T4-1786)

    Scientist: David Cahen

    Perovskites are a class of crystalline materials that have in general a chemical formula of ABX3. Lead-halide hybrid organic-inorganic perovskites have recently emerged as highly efficient optoelectronic materials. Such materials are being intensively investigated and developed for photovoltaics (PV), photo detection, li ... Read more
    5644
  • Production of Syngas from Biomass (No. T4-1716)

    Scientist: Ronny Neumann

    An efficient and selective decomposition of plant biomass carbohydrates to their basic components, carbon monoxide and hydrogen, for use as syngas.Terrestrial plants contain about 70% hemicellulose and cellulose, which constitute a significant renewable bio-resource with potential as an alternative to petroleum feedstock ... Read more
    5590
  • Recyclable Membranes for Size-Selective Separation of Nanoparticles (No. T4-1564)

    Scientist: Boris Rybtchinski

    A new recyclable size-selective filtration device. Particle size, chemical purity and dispersion of nanoparticles crucially determine their optical, electronic and chemical properties. Size-selective separation technologies are becoming increasingly important for the development of nanoparticles with well-defined sizes, ... Read more
    5518
  • Remediation of Polluted Water by Reductive Transformation Reactions (No. T4-1265)

    Scientist: Brian Berkowitz

    A Novel water treatment method capable of handling a wide spectrum of pollutants, both organic and metallic was developed by the group of Prof. Berkowitz and proven in large scale. The combination of ever-growing contamination from various sources (industry, agriculture and domestic uses), the toxicity of contaminating c ... Read more
    5443
  • Spin Controlled Water Electrolysis for Efficient Production of Hydrogen (No. T4-1753)

    Scientist: Ron Naaman

    A team of researchers lead by Prof. Naaman have been investigating the CISS effect in different systems. They found that the high efficiency of many natural multiple electron reactions can also be attributed to spin alignment of the electrons involved.The present innovation looks at hydrogen production through water elec ... Read more
    5626

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