Compound specific isotope analysis of the pesticides bentazone, MCPA, dichlobenil and its main metabolite BAM: Method validation and degradation studies

of photosynthesis and stomatal conductance in mature beech (Fagus sylvatica L.) to ambient or experimentally enhanced ozone regimes

Surface-active proteins from Fusarium spp. and their role in gushing in carbonated beverages

Prüfer der Dissertation:

Implementation and optimization of a large-scale ENU mouse mutagenesis screen and characterisation of five ENU-induced limb mutant lines

vorgelegte

2. apl. Prof. Dr. M. W. Mempel Die Dissertation wurde am 29.07.2009 bei der Technischen Universität München eingereicht und durch die Fakultät Wissenschaftszentrum Weihenstephan für Ernährung, Landnutzung und Umwelt am 13.11.2009 angenommen. Diese Arbeit wurde an der Klinischen Kooperationsgruppe Umweltdermatologie und Allergologie,

The aim of the study was to test specifically whether the precision of tennis serves and, similarly, penalty soccer kicks as representative closed skills can be improved through mental training. Further research questions illuminate which potential influencing variables play the biggest role in determining the efficacy of the mental training intervention in this study. These variables include imagery ability; commitment; the level of somatic fear, anxiety, and confidence; ability to concentrate; sex, and age. The study used experimental design with a pre- and post- test and a control group. Data were collected from a sample of 60 (38 male, 22 female) amateur athletes with a high skill level in tennis, ages 12 to 35 in Germany and 54 (male) soccer athletes playing in the third league, ages 14 to 22 in Germany. All subjects were registered with the state tennis and soccer federations of Baden Württemberg, Germany. The subjects for tennis and soccer each completed the questionnaire and were divided into two groups: The intervention group (IG)

am 15.07.2004 angenommen. Numerical time–domain methods for electromagnetic field simulations typically provide very broad band frequency–domain characterizations as well as transient response with a single simulation and without in general requiring any pre–processing. However long simulation times and large memory requirements arise for the case of electromagnetic structures characterized by low loss (high quality factor) and high aspect ratios (complex three– dimensional structures), since the first yields long transient responses and the second small time discretization intervals. Passive network impulse responses can be characterized by the singularity expansion method theory, implying that they can be efficiently described by means of exponentially damped oscillating components corresponding to the network natural frequencies. In principle, the entire time behavior of an electromagnetic structure can therefore be predicted from a few time samples by applying high resolution parametric model estimation techniques, based on system identification (SI) methods. These methods allow the determination of the network equivalent model directly from the simulated results.

Development of an efficient transformation system to field bean (Vicia faba)