A septum is an electromagnet, pulsed with high electricity. This sort of magnet is used at the transitions from one storage ring to the next one.
Possible scopes of application of the invention might be the use for accelerators in medicine or in future large-scale research facilities.
Die neue zweiachsige Positioniereinrichtung mit aktiver Impulsentkoppelung ermöglicht schwingungsunterstütztes Bearbeiten von sprödharten Werkstoffen wie Keramik, Glas, Siliziumwerkstoffen oder gehärterem Stahl mit bestehenden Bearbeitungszentren.
The new bridge construction method consists in building the bridge girders in a vertical position and in rotating the bridge girders into the final horizontal position. The span of the bridge girders is reduced by the compression struts, which enables considerable savings in construction materials.
Inventors of Saarland University created a new catalytic procedure for the chlorination of alcohols with a variety of advantages, like an excellent waste balance. Substances produced by the new method are for example Neryl chloride, 3-Methyl-3-butenyl chloride, Geranyl chloride and Prenyl chloride.
Scientists of Saarland University and Julius Maximilian University of Würzburg have developed novel water soluble 6-thioalkyl-cyclodextrins, which form highly stable complexes with APIs. The new cyclodextrins show low ion strength in solution and no pH dependence. They can be obtained in well-defined stoichiometry, no statistic, randomly substituted products are generated, thereby simplifying quality control and analysis. Even highly volatile substances such as the anesthetics halothane or sevoflurane can be complexed. For example, one of the new 6-thioalkyl-cyclodextrins showed the highest binding affinities sevoflurane and halothane, much higher than native cyclodextrins or and known cyclodextrin derivatives.
The innovative piezoelectric energy transfer unit is ideally suitable for devices, which generate a strong magnetic field. This field can be used as an external supporting field for the energy transfer unit.
We offer compounds consisting of alkaline salts and earth alka-line salts usable for treatment and prophylaxis of dermatitis and other malassezia-associated diseases.
Surface activation or cleaning by cold plasma treatment is getting more and more attention. Current plasma based solutions have mostly fixed electrodes, which are only suited for planar surfaces. Scientists at the HAWK developed a plasma device with flexible electrodes, which allow treatment of irregular surfaces.
This innovative solution was mainly developed for the measurement of the residual gas pressure in beam pipes of circular and linear accelerators.
It allows pressure measurements in areas of a recipient that are difficult to access.
The solution enables a simple and cost-efficient monitoring of the position of recipients and the therein located installations. As a contactless procedure, it is applicable during regular operation.
In ophthalmologic surgery, it is often necessary to mark the pathological alterations of vitreoretinal structures on the sclera.
The new depressor-marker allows depressing and marking with only one device, which must not be changed during ophthalmological surgery.
The present invention relates to new polymerisable fluorosurfactants. Commonly used surfactants are affected by phase out regulations or require tedious synthesis.
The present invention relates to a new, effective, price competitive, and environmentally preferable ionic fluorosurfactants for a broad range of applications.
The invention presented here is a procedure which can be profitably implemented into a graphics processor to contribute to a noticeable increase of performance.
Bridges need tob e designed against wind-induced vibrations as flatter, phenomena of capital importance in long-span suspension bridges. We introduce an invention based on fixed wings with no moving mechanical parts and no requirements for power source that increases the critical wind speed on 30%. High robustness, low installation costs and total adaptability to local climate conditions represent important advantages to the current state of the art.
The study of biological samples often relies on fluorescence microscopy. Image processing is often difficulted by inefficient methodologies, dependent on the operator. We offer a new platform for automated image analysis which can, in turn, automatically optimize image acquisition parameters on the microscope and can be adapted to any microscope control operative software.
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