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Launching on the SORCE (SOlar Radiation and Climate Experiment), the total irradiance monitor (TIM) will measure the total solar irradiance to a relative standard uncertainty of 10 −4 and a noise level of 2 × 10 −6 each 400 s. Because of the outstanding brightness, uniformity, stability and collimation of the Sun, this ambient temperature primary radiometer(More)
In the center of the species’ distribution range in Germany, European beech stands show continued climate-change-related growth decline since the 1980s at low elevations, but growth increase at high elevations. Contradicting reports exist about the climate-change sensitivity of European beech (Fagus sylvatica), showing either a sensitive response of radial(More)
(graduated with distinction) RESEARCH INTERESTS Research interests include the use of unmanned aerial vehicles for scientific studies and the experimental study of turbulent flows. Focus is on the role of coherent structures in wall flows, surface roughness and blowing effects, active flow control of turbulent boundary layers for drag reduction and the(More)
NOTE: this list is not intended to be comprehensive list of references, but it is a list of papers and data sources used for this talk and can serve as a starting point for those interested in research concerning solar flares, solar ultraviolet irradiance variability, and impact of solar flares on Earth's atmosphere.
Launching on the SORCE (SOlar Radiation and Climate Experiment), the TIM will measure the total solar irradiance to a relative standard uncertainty of 10 –4 and a noise level of 2x10 –6 each 400 s. Because of the outstanding brightness, uniformity, stability, and collimation of the Sun, this ambient temperature primary radiometer achieves an absolute(More)
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