Regensburg 2019 – wissenschaftliches Programm
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TT: Fachverband Tiefe Temperaturen
TT 39: Focus Session: Direct-Write Nanofabrication and Applications I
(Electron Beam Induced Processing) (joint session DS/TT)
TT 39.6: Vortrag
Mittwoch, 3. April 2019, 11:00–11:15, H32
Energy from Green House Gas Stored in Nanogranular Material — •Hans Koops — HaWilKo GmbH, Ober-Ramstadt, Germany
Light energy from the sky having Ultra-Violet to 10 µm wavelengths is stored as Bosons in nano-granular material. The upper atmosphere of the earth contains layers of green-house material and this emits infrared radiation with 380 W/ m2, as measured by NASA in 2009. Nanogranular compound material, Platinum nanocrystals in Fullerene crystals layers, can absorb the IR-radiation and stores it in electron-hole-Bosons with parallel spin. There the electrons can tunnel to the close by conductor, which carries a potential higher than the Boson-layers. Experiments at KNMF in KIT delivered from a Pt/C ribbon of 150 nm thickness and 1 µm width a 4 V a current of 0,6 A without melting the nano-granular Pt/C ribbon. The stored charge can be moved using a field gradient, which shifts the Bosons to the end of the material. There the electrons can tunnel to the close by conductor, which carries a potential higher than the Boson-layers. Experiments at KNMF in KIT delivered from a Pt/C ribbon of 150 nm thickness and 1 µm width a 4 V a current of 0,6 A without melting the nano-granular Pt/C ribbon.