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Peering into darkness can strike fear into the hearts of some, but a new space telescope will soon peer into the darkness of “near space” (within a few…
The invention comprises a method for the improved localisation of
magnetised particles, like e.g. nano particles for medical.
This movement can be very sensitively detected by Radar to
identify the local distribution of the particles. This detection can be
accomplished with a very high resolution since the signals which
indicate the movement are detectable even below the noise floor.
This method has been developed for the early recognition of cancer.
The invention relates to an integrated traction and brake torque
control for electric vehicles with individual wheel drive, in which
each wheel is driven by an electric motor. The required torque on
each wheel is calculated by the slip controller in accordance with
the total torque demand produced by the driver, estimated target
slip for each wheel and the mode of the vehicle motion.
For a cost-efficient mass production of fiber composite components, it is essential to optimize the preparation of the near-net-shape textile preforms. The actual process consists of the manufacturing of standard textile semi-finished materials and therefore results in a discontinuous and cost-extensive procedure. The several working-steps – cutting to form, handling and fixing of the parts – are time-consuming and generate a big loss of valuable material. The process object of this invention takes advantages on the use of near-net-shape fabrics. Here single textile reinforcement elements are joined in a continuous process to form the final preform. The process described increase significantly the productivity of the production process of preforms and constitutes therefore a basis for the serial production of fiber composite components. Furthermore this technology can be integrated in an existing chain process in order to upgrade it. On behalf of the RWTH Aachen, PROvendis offers the license to the technology and the possibility to establish a scientific cooperation for further development.
“Detecting GRBs is Swift's bread and butter, and we're now at 1,000 and counting,” said Neil Gehrels, the Swift principal investigator at NASA's Goddard Space…
A tool that provides world-class microscopy and spatially resolved chemical analysis shows considerable promise for advancing a number of areas of study,…