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Featured researches published by Wolfgang Baerwald.


Sensors, Systems, and Next-Generation Satellites VI | 2003

The BIRD payload platform

Ingo Walter; Klaus Briess; Wolfgang Baerwald; Wolfgang Skrbek; Fredrich Schrandt

For hot spot events as forest fires, volcanic activity or burning oil spills and coal seams a dedicate dspace instrumentation does not exist. With its successful launch end of October 2001 with the Indian Polar Satellite Launch Vehicle the German Aerospace Center starts closing this gap with the micro-satellite mission BIRD. As space segment serves a three-axis stabilized satellite of 92 kg including a contingent of over 30% for the scientific instruments. The main payload of the BIRD micro-satellite is the newly developed Hot Spot Recognition System. Its a dual-channel instrument for middle and thermal IR imagery based on cooled MCT line detectors. The miniaturization by integrated detector/cooler assemblies provides a highly efficient design. A complement for the hot spot detection is the wide-angle stereo-scanner WAOSS-B. It is a hardware re-use dedicated to vegetation and cloud assessment in the visible spectral range. Besides the main objective of hot spot detection the mission has to answer several technological questions of the operation of cooled detectors in space, special aspects of their adaptation to the satellite platform as well as their calibration.


Archive | 2005

Method for recognising hot targets on the Earth

Dieter Oertel; Jahn Herbert; Eckehard Lorenz; Wolfgang Baerwald; Winfried Halle; Holger Venus; Thomas Terzibaschian; Boris Zhukov


Acta Astronautica | 2005

A microsatellite platform for hot spot dedection

Ingo Walter; Klaus Briess; Wolfgang Baerwald; Eckehard Lorenz; Wolfgang Skrbek; Friedrich Schrandt


Archive | 2003

A microsatellite payload platform for hot spot Detection

Ingo Walter; Klaus Briess; Wolfgang Baerwald; Eckehard Lorenz; Wolfgang Skrbek; Friedrich Schrandt


Archive | 2011

Satellite for detecting hot targets on the earth

Dieter Oertel; Herbert Jahn; Eckehard Lorenz; Wolfgang Baerwald; Winfried Halle; Holger Venus; Thomas Terzibaschian; Boris Zhukov


Archive | 2005

METHOD AND SATELLITE FOR RECOGNISING HOT TARGETS ON THE EARTH

Dieter Oertel; Herbert Jahn; Eckehard Lorenz; Wolfgang Baerwald; Winfried Halle; Holger Venus; Thomas Terzibaschian; Boris Zhukov


Archive | 2005

Procedure and satellite for detecting hot spots on earth.

Wolfgang Baerwald; Winfried Halle; Herbert Jahn; Eckehard Lorenz; Dieter Oertel; Thomas Terzibaschian; Holger Venus; Boris Zhukov


Archive | 2005

Verfahren und satellit zur erkennung von heissen zielen am erdboden Methods and satellite for detection of hot targets on the surface of the earth

Dieter Oertel; Herbert Jahn; Eckehard Lorenz; Wolfgang Baerwald; Winfried Halle; Holger Venus; Thomas Terzibaschian; Boris Zhukov


Archive | 2005

Verfahren zur erkennung von heissen zielen am erdboden

Dieter Oertel; Herbert Jahn; Eckehard Lorenz; Wolfgang Baerwald; Winfried Halle; Holger Venus; Thomas Terzibaschian; Boris Zhukov


Archive | 1991

Fourier spectrometer system for determining optical spectrum of radiation - uses Fourier transformation of measured optical interferogram so that measuring and reference beams produce interferogram of measured radiation to be analysed

Wolfgang Baerwald; Marita Waehlisch; Thomas Terzibaschian

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Boris Zhukov

German Aerospace Center

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Holger Venus

German Aerospace Center

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Herbert Jahn

German Aerospace Center

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Ingo Walter

German Aerospace Center

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Klaus Briess

Technical University of Berlin

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