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    Conductive AFM of transfer printed nano devices 

    Weiler B; Bareiss M; Kalblein D; Zschieschang U; Klauk H; Scarpa G; Fabel B; Porod W; Lugli P (IEEE, 2012)
    Nano diodes show great potential for applications in detectors, communications and energy harvesting. However, to make them suitable for low-cost mass production, these nano devices have to be fabricated reliably over large ...
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    Large-area fabrication of antennas and nanodiodes 

    Barei M; Kälblein D; Krenz P; Zschieschang U; Klauk H; Scarpa G; Fabel B; Porod W; Lugli P (Springer New York, 2014)
    The conventional fabrication method in semiconductor technology or nanoelectronics is electron beam lithography. We present a new fabrication method that enables the fabrication of high amount microscale and nanoscale ...
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    Nano Antennas for Energy Conversion 

    Iniewski K; Bareiß M; Hochmeister A; Jegert G; Koblmüller G; Zschieschang U; Klauk H; Fabel B; Scarpa G; Porod W; Lugli P (CRC Press, 2013)
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    Nanomagnet fabrication using nanoimprint lithography and electrodeposition 

    Imtaar M; Yadav A; Epping A; Becherer M; Fabel B; Rezgani J; Csaba G; Bernstein G; Scarpa G; Porod W; Lugli P (2013)
    We present a novel fabrication process for the growth of metal nanostructures that combines nanoimprint lithography and electrodeposition, both of which are suitable for large-scale industrial fabrication. Gold nanostructures ...
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    Energy harvesting using nano antenna array 

    Bareisß M; Hochmeister A; Jegert G; Koblmüller G; Zschieschang U; Klauk H; Fabel B; Scarpa G; Porod W; Lugli P (IEEE, 2011)
    Nano antenna arrays are excellent devices for infrared detection (terahertz radiation). We present our latest results on the production of nano antennas fabricated in a nano transfer printing process. The molecular beam ...
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    Rectennas revisited 

    Bareiß M; Krenz P; Szakmany G; Tiwari B; Kälblein D; Orlov A; Bernstein G; Scarpa G; Fabel B; Zschieschang U; Klauk H; Porod W; Lugli P (2013)
    In the late 1960s, a new concept was proposed for an infrared absorbing device called a "rectenna" that, combining an antenna and a nanoscale metal-insulator-metal diode rectifier, collects electromagnetic radiation in the ...
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    Nano-transfer printing of functioning MIM tunnel diodes 

    Bareiß M; Weiler B; Kälblein D; Zschieschang U; Klauk H; Scarpa G; Fabel B; Lugli P; Porod W (IEEE, 2012)
    Nano diodes show great potential for applications in detectors, communications and energy harvesting. In this work, we focus on nano transfer printing (nTP) to fabricate nm-scale diodes over extensive areas. Using a ...
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    High-yield transfer printing of metal-insulator-metal nanodiodes 

    Bareiß M; Ante F; Kälblein D; Jegert G; Jirauschek C; Scarpa G; Fabel B; Nelson E; Timp G; Zschieschang U; Klauk H; Porod W; Lugli P (2012)
    Nanoscale metal-insulator-metal (MIM) diodes represent important devices in the fields of electronic circuits, detectors, communication, and energy, as their cutoff frequencies may extend into the "gap" between the electronic ...

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Fabel B (8)
Lugli P (8)
Porod W (8)
Scarpa G (8)Klauk H (7)Zschieschang U (7)Bareiß M (4)Kälblein D (4)Jegert G (3)Bernstein G (2)... View MoreDate Issued2012 (3)2013 (3)2011 (1)2014 (1)Full Text Availability
reserved (8)
TypeBook chapter (5)Article (3)Has File(s)No (8)

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