33 research outputs found
Servicio SURAD, 2011 primer año de funcionamiento
1 copia .pdf del póster original, presentado en tamaño din A0 en las 4as Jornadas de Análisis de la Red de Bibliotecas del CSIC (Madrid. 26-27 abril, 2012). Más información de las Jornadas en: http://jornadas.urici.csic.es/IVjornadas/El servicio SURAD presenta los resultados del 2011, su primer año de actividad.
SURAD es el servicio de localización y suministro de documentos cientÃficos para la comunidad investigadora del CSIC, que atiende aquellas solicitudes que no pueden gestionar en primera instancia sus bibliotecas. SURAD se gestiona a través de la Unidad de Recursos de la Información CientÃfica para la Investigación y integrado dentro del Plan 100% Digital del CSIC.
Su objetivo es dar un servicio de acceso al documento a la comunidad cientÃfica del CSIC que carece de servicio de biblioteca presencial en su centro/instituto y actuar como servicio de último recurso de obtención de documentos para las bibliotecas de la Red, proporcionando los documentos que éstas no puedan obtener.Peer reviewe
Co@NH 2
We present a synthetic strategy for the efficient encapsulation of a deriv. of a well-​defined cobaloxime proton redn. catalyst within a photoresponsive metal-​org. framework (NH2- MIL-​125(Ti)​)​. The resulting hybrid system Co@MOF is demonstrated to be a robust heterogeneous composite material. Furthermore, Co@MOF is an efficient and fully recyclable noble metal-​free catalyst system for light-​driven hydrogen evolution from water under visible light illumination
Die komplexe posttraumatische Unterarmdeformität - 3D- Korrektur mittels CAD-Schablonen
Roll 493. Class Pix (Pictures) (Luke's & Severin's). Image 3 of 17. (19 June 1959) [PHO 1.493.25]The Boleslaus Lukaszewski (Father Luke) Photographs contain more than 28,000 images of Saint Louis University people, activities, and events between 1951 and 1970. The photographs were taken by Boleslaus Lukaszewski (Father Luke), a Jesuit priest and member of the University's Philosophy Department faculty
Remote Sensing of High Temperature Events by the FireBird Mission
More than 10 years after the launch of DLR’s first small satellite BIRD, a follow on project called FireBird was started. Based on the
success of the BIRD mission, the main scientific goal- the investigation of high temperature events and their impact on the climatic
processes- will be continued but in consideration to the advantages given by the operation of a constellation of two small satellites.
The first of these satellites- TET-1- was launched on June 22nd 2012. The launch of the second satellite- BIROS- is scheduled for
spring 2016.
Both satellites are mainly dedicated to the observation and analysis of high temperature events such as wildfires and volcanoes. The
outstanding feature of the FireBird Infrared Instruments is their higher ground sample resolution and dynamic range compared to
systems such as MODIS. This enables the detection of smaller fire events and improves the quality of the quantitative analysis.
The analysis of the high temperature events is based on the Bi- Spectral Method, which requires also an excellent characterization of
the background temperatures. With this the FireBird Infrared Instruments are also suitable to study phenomena with lower
temperatures.
Following the experience of BIRD, the design of the camera system in the visible bands was changed and with this altering the
characteristics of the Bi- Spectral Method. These changes were validated in several experiments and the results will be discussed in
this paper.
To overcome some restrictions of the small satellite technology, advanced on board processing will be implemented on the FireBird
satellites. By implementing the Bi- Spectral Method on board, it is possible to reduce the data stream to a dedicated list of detected
high temperature events containing the parameter analyzed. This allows more efficient management of the on board memory and of
the downlink capabilities considering also the demand to download selected image data