• Maximilien Brice 2006-01-01 Members of the mechanical assembly team insert the last few crystals into the first module of ALICE's photon spectrometer. These crystals are made from lead-tungstate, a crystal as clear as glass but with nearly four times the density. When a high-energy particle passes through one of these crystals it will scintillate, emitting a flash of light allowing the energy of photons, electrons and positrons to be measured. • Lee, Chang Hee; Lee, J. S.; Seong, B. (and others) 2007-06-15 Neutron spectrometers which are used in the basic researches such as physics, chemistry and materials science and applied in the industry were developed at the horizontal beam port of HANARO reactor.

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In addition, the development of core components for neutron scattering and the upgrade of existing facilities are also performed. The vertical neutron reflectometer was fabricated and installed at ST3 beam port. The performance test of the reflectometer was completed and the reflectometer was opened to users. The several core parts and options were added in the polarized neutron spectrometer. The horizontal neutron reflectometer from Brookhaven National Laboratory was moved to HANARO and installed, and the performance of the reflectometer was examined. The HIPD was developed and the performance test was completed. The base shielding for TAS was fabricated.

The soller collimator, Cu mosaic monochromator, Si BPC monochromator and position sensitive detector were developed and applied in the neutron spectrometer as part of core component development activities. In addition, the sputtering machine for mirror device are fabricated and the neutron mirror is made using the sputtering machine. The FCD was upgraded and the performance of the FCD are improved over the factor of 10. The integration and upgrade of the neutron detection system were also performed. Nick Games Super Brawl 2 Characters on this page.

• Wurbs, Daniel [Geoflux GbR, Halle (Saale) (Germany); Steininger, Michael [Mitteldeutsches Institut fuer angewandte Standortkunde und Bodenschutz (MISB), Halle (Saale) (Germany) 2011-03-15 Climate forecasts regarding the 21st century raise expectations in soil erosion growth mainly due to changes in heavy precipitation characteristics and ground cover in line with the adaptation of the crop growing season to future climatic conditions. The aim of this study initiated by the Federal Environmental Agency was, to examine the impacts of climate change on soil erosion by water in Germany using data calculated by the statistical climate model WETTREG.

Soil erosion by water was estimated following an USLE approach implemented in ABAGFlux and TerraFlux with focus on the usage-based erosion potential in German agricultural areas. In the 2nd project phase the USLE R factor was recalculated for the recent (1971-2000) and future climate periods (2011-2040, 2041-2070, 2071-2100) using statistical methods such as the peak over threshold method. Furthermore the climate-induced change of the C-factor was analyzed with respect to changes of culture periods, ground cover and the monthly R factor. Scenarios regarding future percentage of conservation tillage systems as also the potential and usage-based soil erosion for these four climate periods have been modelled. The results underline a requirement to differentiate the view on temporal and spatial development of R factors and potential soil erosion. There are minor changes between 2011 and 2040 followed by an increased erosion hazard in western and north-western Germany after 2041 while eastern and southern Germany face a downward trend of R factors, derived using WETTREG data of a reference period 1971 to 2000. Between 2071 and 2100 potential soil erosion rises with R factors above the actual state due to more heavy rain falls nearly all over Germany.