Search Results - "Uher, J."

Taxonomies of psychological individual differences: biological perspectives on millennia-long challenges by Trofimova, I., Robbins, T. W., Sulis, W. H., Uher, J.

“…This Editorial highlights a unique focus of this theme issue on the biological perspectives in deriving psychological taxonomies coming from neurochemistry,…”
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Data acquisition and processing software package for Medipix2 by Holy, T., Jakubek, J., Pospisil, S., Uher, J., Vavrik, D., Vykydal, Z.

“…The semiconductor pixel detector Medipix2 [1] (256×256 square pixels, 55×55 μm 2 each) is a superior imaging device in terms of spatial resolution, linearity…”
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Pattern recognition of tracks induced by individual quanta of ionizing radiation in Medipix2 silicon detector by Holy, T., Heijne, E., Jakubek, J., Pospisil, S., Uher, J., Vykydal, Z.

“…Medipix2 is a semiconductor pixel detector (256×256 pixels, 55×55 μm 2 each) which can count individual quanta of radiation. The detector will respond…”
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X-Ray Fluorescence Imaging With the Medipix2 Single-Photon Counting Detector by Uher, J., Harvey, G., Jakubek, J.

“…Material-resolved X-ray imaging or colour X-ray imaging is of a great interest for many applications ranging from physics, industry to medicine and biology…”
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Study of Charge Diffusion in a Silicon Detector Using an Energy Sensitive Pixel Readout Chip by Schioppa, E. J., Idarraga, J., van Beuzekom, M., Visser, J., Koffeman, E., Heijne, E., Engel, K. J., Uher, J.

“…A 300 μm thick thin p-on-n silicon sensor was connected to an energy sensitive pixel readout ASIC and exposed to a beam of highly energetic charged particles…”
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Detection of fast neutrons with particle tracking detector Timepix combined with plastic scintillator by Uher, J., Jakubek, J.

“…Fast neutron imaging, spectroscopy and dosimetry are important tools for many applications. We are developing a fast neutron detector based on the combination…”
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Characterization of 3D thermal neutron semiconductor detectors by Uher, J., Fröjdh, C., Jakůbek, J., Kenney, C., Kohout, Z., Linhart, V., Parker, S., Petersson, S., Pospíšil, S., Thungström, G.

“…Neutron semiconductor detectors for neutron counting and neutron radiography have an increasing importance. Simple silicon neutron detectors are combination of…”
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Neutron imaging with Medipix-2 chip and a coated sensor by Jakubek, J., Holy, T., Lehmann, E., Pospisil, S., Uher, J., Vacik, J., Vavrik, D.

“…Neutron transmission radiography can serve as a complementary diagnostic method to X-ray radiography. The hybrid pixel detector device Medipix-2 with a silicon…”
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Development of photon detectors for a fast focusing DIRC by Field, C., Hadig, T., Leith, David W.G.S., Mazaheri, G., Ratcliff, B., Schwiening, J., Uher, J., Va’vra, J.

“…We report progress in developing a focusing DIRC with very good timing resolution. This basic detector development has been motivated by a possible upgrade of…”
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Spatial resolution of Medipix-2 device as neutron pixel detector by Jakubek, J., Holy, T., Lehmann, E., Pospisil, S., Uher, J., Vacik, J., Vavrik, D.

“…Nowadays, promising digital active pixel detector systems are available and make real time imaging with high sensitivity and broad dynamic range possible. The…”
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Development of SiPM-based scintillator tile detectors for a multi-layer fast neutron tracker by Preston, R., Jakubek, J., Prokopovich, D., Uher, J.

“…We are developing thin tile scintillator detectors with silicon photomultiplier (SiPM) readout for use in a multi-layer fast-neutron tracker. The tracker is…”
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Beam Stop for Electron Accelerator Beam Characterisation by Roach, G., Sharp, V., Tickner, J., Uher, J.

“…Electron linear accelerator applications involving the generation of hard X-rays frequently require accurate knowledge of the electron beam parameters. We…”
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Monte-Carlo simulation of fast neutron detection using double-scatter events in plastic scintillator and Timepix by Uher, J, Jakubek, J

“…The Timepix is a semiconductor pixelated detector that measures charge collected in each of its 256×256 pixels (55 μm pitch). Therefore, it is capable of…”
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X-ray fluorescence imaging with the Medipix2 single-photon counting detector by Uher, J, Harvey, G, Jakubek, J

“…Material-resolved X-ray imaging or colour X-ray imaging is of a great interest for many applications ranging from physics, industry to medicine and biology…”
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Performance of a pixel detector suited for slow neutrons by Uher, J., Holý, T., Jakůbek, J., Lehmann, E., Pospíšil, S., Vacík, J.

“…Semiconductor pixel radiation detector systems have recently made significant progress achieving excellent spatial resolution, high sensitivity, wide dynamic…”
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From imaging to dosimetry: GEANT4-based study on the application of Medipix to neutron dosimetry by Othman, M.A.R., Marinaro, D.G., Petasecca, M., Guatelli, S., Cutajar, D.L., Lerch, M.L.F., Prokopovich, D.A., Reinhard, M.I., Uher, J., Jakubek, J., Pospisil, S., Rosenfeld, A.B.

“…An application of Medipix2 using a newly developed segmented multiple thickness polyethylene (PE) converter for fast neutron detection is presented. The system…”
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New robotic tools for multimodal non-destructive analysis and characterization of 2D and 3D objects by Kotrly, M., Uher, J., Turkova, I.

“…Abstract only…”
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Neutron Dosimeter Development Based on Medipix2 by Othman, M A R, Petasecca, M, Guatelli, S, Uher, J, Marinaro, D G, Prokopovich, D A, Reinhard, M I, Lerch, M L F, Jakubek, J, Pospisil, S, Rosenfeld, A B

“…A novel neutron dosimetry system for avionics and space applications is described. The new dosimetric system is based on Medipix2, a high density silicon based…”
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Tunable microwave and millimeter-wave band-pass filters by Uher, J., Hoefer, W.J.R.

“…The authors present an overview of tunable microwave and millimeter-wave bandpass filters realized in different technologies. Some general design principles…”
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Analysis and design of circular ridged waveguide components by Bornemann, J., Amari, S., Uher, J., Vahldieck, R.

“…A fast and efficient radial mode-matching technique (RMMT) is applied to the analysis and design of components in circular ridge waveguide technology. Five…”
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