Daniel Gäbler | Researchain

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Publication

Featured researches published by Daniel Gäbler.

Archive | 2011

Optical filter i.e. tunable optical Bragg filter, has recesses in form of holes and/or depressions lying at distance from each other in order of magnitude of specific ratio, where recesses are filled with different materials such as air

Damiana Lerose; Daniel Gäbler; Konrad Bach

Archive | 2007

Method for de-reflecting silicon photodiodes comprises forming needle-like nanometer structures with no crystal defects using reactive ion etching, holding the silicon wafers at a constant temperature and processing

Konrad Bach; Daniel Gäbler

Archive | 2011

CMOS kompatibles Herstellungsverfahren für einen planaren, hyperspektralen optischen Filter CMOS compatible method for producing a planar, hyperspectral optical filters

Damiana Lerose; Daniel Gäbler

Archive | 2011

CMOS compatible method for manufacturing a planar optical filter hyperspectral

Damiana Lerose; Daniel Gäbler

Archive | 2007

Optical radiation methods/devices for converting nano structures has nano structures for improving optical behavior in components/apparatus and/or improving behavior of sensors

Konrad Bach; Daniel Gäbler

Archive | 2007

Method for passivating the surface of semiconductor silicon circuits and discrete components involves locally exposing surface of silicon and producing primary needle-like silicon structures by reactive ion etching

Konrad Bach; Daniel Gäbler

Archive | 2007

Verfahren zur Herstellung von defektarmen selbstorganisierten nadelartigen Strukturen mit Nano-Dimensionen im Bereich unterhalb der üblichen Lichtwellenlängen mit großem Aspektverhältnis

Konrad Bach; Daniel Gäbler; M. Fischer; Mike Stubenrauch

Archive | 2007

Method for protection of delicate nano-structures from scratching, e.g. for silicon wafers, involves application of spin-on-glass in several discrete steps

Konrad Bach; Daniel Gäbler

Archive | 2007

Optical component for optoelectronic integrated circuit, has surface for wide band anti-reflection coating with needle-like structures with nanometer dimensions with larger aspect ratio, and developed by reactive ion etching process

Konrad Bach; Daniel Gäbler

Archive | 2007

Self organized needle-like nanostructure, has smaller nanodimesion and larger aspect ratio in statistically homogenous arrangement on silicon surface, where surface is coated with thin metal layer which is used as heat supply

Konrad Bach; Daniel Gäbler

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Konrad Bach

Technische Universität Ilmenau

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M. Fischer

Technische Universität Ilmenau

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Mike Stubenrauch

Technische Universität Ilmenau

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Network

Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot

Dive into the research topics where Daniel Gäbler is active.

Publication

Featured researches published by Daniel Gäbler.

Optical filter i.e. tunable optical Bragg filter, has recesses in form of holes and/or depressions lying at distance from each other in order of magnitude of specific ratio, where recesses are filled with different materials such as air

Method for de-reflecting silicon photodiodes comprises forming needle-like nanometer structures with no crystal defects using reactive ion etching, holding the silicon wafers at a constant temperature and processing

CMOS kompatibles Herstellungsverfahren für einen planaren, hyperspektralen optischen Filter CMOS compatible method for producing a planar, hyperspectral optical filters

CMOS compatible method for manufacturing a planar optical filter hyperspectral

Optical radiation methods/devices for converting nano structures has nano structures for improving optical behavior in components/apparatus and/or improving behavior of sensors

Method for passivating the surface of semiconductor silicon circuits and discrete components involves locally exposing surface of silicon and producing primary needle-like silicon structures by reactive ion etching

Verfahren zur Herstellung von defektarmen selbstorganisierten nadelartigen Strukturen mit Nano-Dimensionen im Bereich unterhalb der üblichen Lichtwellenlängen mit großem Aspektverhältnis

Method for protection of delicate nano-structures from scratching, e.g. for silicon wafers, involves application of spin-on-glass in several discrete steps

Optical component for optoelectronic integrated circuit, has surface for wide band anti-reflection coating with needle-like structures with nanometer dimensions with larger aspect ratio, and developed by reactive ion etching process

Self organized needle-like nanostructure, has smaller nanodimesion and larger aspect ratio in statistically homogenous arrangement on silicon surface, where surface is coated with thin metal layer which is used as heat supply

Collaboration

Dive into the Daniel Gäbler's collaboration.