G. Rose
Max Planck Society
16 Papers
175 Citations
G. Rose is an academic researcher from Max Planck Society. The author has contributed to research in topics: Ionosphere & Dielectric heating. The author has an hindex of 7, co-authored 16 publications.
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Papers
Experimental results from the HERO Project: In situ measurements of ionospheric modifications using sounding rockets
TL;DR: The first in situ experiments to measure artificial ionospheric modifications at F layer heights set up by radio waves transmitted from the Heating facility at Ramfjord near Tromso in Northern Norway were performed by the HERO project as mentioned in this paper.
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The ROSE project. Scientific objectives and discussion of first results
G. Rose,Kristian Schlegel,K. Rinnert,H. Kohl,Erling Nielsen,G. Dehmel,A. Friker,Franz-Josef Lübken,H. Lühr,E. Neske,A. Steinweg +10 more
TL;DR: The scientific objective of the ROSE (Rocket and Scatter Experiments) project is outlined together with a description of the rocket payload in this article, where the results from the in situ as well as from the ground-based experiments are discussed with respect to the E -region plasma instabilities which are investigated.
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Atmospheric temperature structure during the Western European Winter Anomaly Campaign 1975/76
TL;DR: In this paper, temperature data obtained during winter 1975/76 above southern Spain from rocket and satellite measurements are analyzed at several altitude levels from the ground up to the lower thermosphere.
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Experimental results on the variation of electric conductivity and ion mobility in the mesosphere
TL;DR: In two flights of a parachute-borne Gerdien probe (May 15, 1968, and June 7, 1975), good agreement of mobility values has been found for the height range 60-30 km not only between the results of the two flights but also with the values reported by Conley (1974) as mentioned in this paper.
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Results of concentration and mobility measurements of positively and negatively charged particles taken by a rocket-borne parachutet aspiration (Gerdien) probe in the height region from 72 to 39 km
TL;DR: In this paper, a self-neutralizing, rocket-borne parachute aspiration probe concentration and mobility measurements of positively and negatively charged carriers were made between 72 and 40 km over Sardinia, where the probe was designed so that no electrons could enter the analyzer section of the aspiration system.
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