| Abstract | Author
|  Brows Full-Text or download as 
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| - - | J.H. Kinney, Lawrence Livermore National Laboratory, CA, USA | In-situ experiments on biological objects with synchoton CT
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| 2 | J. Lynch, E. Rosenberg, R. Ferreira De Paiva, P. Guéroult, IFP, Rueil Malmaison, F | Microtomography applications in rock analysis and related fields
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| - - | G. Stöffler, LKH Klinikum, Graz, A | Computertomography in medicine image quality and dose management
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| 4 | R. Oster, Eurocopter, Munich, D | Computed Tomography as a Non-destructive Test Method for Fiber Main RotorBlades in Development, Series and Maintenance
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| - - | T. Rabe, J. Goebbels, R. Rudert, BAM Berlin, D | Determination of density distribution in ceramic components by 3D-CT
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| 6 | P. Hammersberg, M. Mångård, Linköping University, S | Optimal Computerized Tomography Performance
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| - - | G. Maier, B. Frueauf, Daimler Benz, Stuttgart, D | Computed tomography in the automotive industry - experience with industrialapplications
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| 8 | A. Flisch et al, EMPA Switzerland, ETH Zürich, Basel Institute of Technology, CH | Industrial Computed Tomography in Reverse Engineering Applications
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| 9 | N. Schuhmann, Stuttgart, DH. Okruch, Gunskirchen, A | Industrial application of Computerized Tomography
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| 10 | F. Losano, G. Marinsek, A.M. Merlo, M. Ricci, Fiat Strada Torino, I | COMPUTED TOMOGRAPHY IN THE AUTOMOTIVE FIELD.DEVELOPMENT OF A NEW ENGINE HEAD CASE STUDY
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| 11 | S. Gondrom, S. Schröpfer, FhG ITFP, Saarbrücken, D | Digital computed laminography and tomosynthesis - functional principles andindustrial applications
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| - - | V. Vengrinovitch, Yu. Denkevich, IAP Minsk, BY;G.-R. Tillack, BAM Berlin, D | 3D-X ray reconstruction from incomplete noisy data
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| 13 | B. Schillinger, TU Munich, D;E. Lehmann, PSI Villigen, CH | Neutron computed tomography as an industrial tool
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| - - | H. Marts, D. Schneberk, C. Logan, J. Haskins, Lawrence Livermore National;Laboratory, Palo Alto, CA, USA | New modalitis in x-ray detection and their use for industrial DR/CT
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| - - | U. Ewert, B. Redmer, BAM Berlin, D;V.A. Baranov, A. Likhachov, Tomsk, RUS | Image preconditioning for reconstruction
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| 16 | P. Vuylsteke, Agfa-Gevaert, Mortsel, B | Image Processing in Computed Radiography
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| 17 | P. Hugonnard, A. Glière, LETI - CEA, Grenoble, F | X-ray simulation and applications
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| - - | C. Sauerwein, Sauerwein, Haan, D | Image Processing in Industrial Radioscopy and Computed Tomography
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| - - | H. Schulenburg, M. Purschke, Rich. Seifert, Ahrensburg, D | Advances in the Automatic Evaluation of Radioscopic Images
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| 20 | Th. Jaeger, U. Heike, K. Bavendiek, YXLON, Hamburg, D | Experiences with an amorphous silicon array detector in an ADR application
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| 21 | B. Lavayssière, A. Bonin, S. Gautier, Chatou, F | New developments in industrial radiography at EDF
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| 22 | K. Swartz, Direct Radiography Corporation, Newark, DE, USA | Amorphous Selenium Direct Radiography for Industrial ImagingP.K. Soltani, D. Wysnewski, Liberty Technologies, Conshohocken, PA, USA;
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| 23 | U. Haßler, I. Bauscher, R. Hoffmann, T. Wenzel, R. Hanke, FhG IIS, Erlangen, D | High speed and real-time image processing in radioscopy
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| 24 | C. Jacobsen, U. Zscherpel, BAM, Berlin, D | Automated Evaluation of Digitized Radiographs with Neuronal Methods
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| - - | P. Pradere, P. Conchit, Thomson Tubes Electroniques, Moirans, F | New High Energy Detector Using a Proximity Focused Intensifier
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| 26 | M.C. Clarijs, V.R. Bom, Z.I. Kolar, C.W.E. van Eijk, Delft University of Technology, NL;J. Frieling, A.M. Scheers, A.E.J. Reimerink, Shell, Rijswijk, NL | Optimized X-ray spectra for multiphase-flow measurements
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| 27 | N. Schmidt, promod technologies, Horb, D | 3D-Scannen und Digitalisieren für CAD, CAE und Qualitätsprüfung (CT-based 3D scanning and digitizing for CAD, CAE and Quality Inspection)
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| - - | C. Bellon, G.-R. Tillack, BAM Berlin, D | Simulation of X-Ray Projection Technique
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| 29 | A. Sassov, SkyScan, B | Desktop X-Ray Micro-CT
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| 30 | P. Wyss, B. Müller, W. Muster, EMPA Dübendorf, CH;F. Beckmann, U. Bonse, HASYLAB Hamburg, D;J. Mayer, E. Wintermantel, ETH Zürich, CH | Three-Dimensional Microstructures of Fiber Composite Materials and their Non-destructiveInvestigation with CMT
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| 31 | A.V. Bronnikov, D. Killian, KEMA Nederland, Arnhem, NL |  3D Tomography of Turbine Blades
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| 32 | D. Mery, D. Filbert, TU Berlin, D | The Epipolar Geometry in Radioscopic Images
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| 33 | B. Illerhaus, BAM Berlin, D;J.L. Thompson, Las Vegas, USA | Calculating CT data from matched geometries
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| 34 | D. Dastarac, TOMO ADOUR S.A., PAU Cedex, F | Industrial Computed Tomography at TOMO ADOUR: Control and digitizing
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| - - | M. Simon, I. Tisenau, Forschungszentrum Karlsruhe, D | Development and Application of a High Resolution 3D X-Ray Tomograph forTow-Phase Flow Analysis
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| 36 | T. Grassler, K.-E. Wirth, Erlangen, D | X-ray Computed Tomography in Mechanical Engineering - A Non-intru-siveTechnique to Characterize Vertical Multiphase Flows
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| 37 | R.M. Palenichka, A.V. Alekseichuk, Inst. of Physics & Mechanics, Lviv, UKR;U. Zscherpel, BAM Berlin, D | Flaw Detection in Radiographic Images by Structure-Adaptive BinarySegmentation
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| 38 | O. Haase, J. Goebbels, B. Illerhaus, BAM Berlin, D;M. Bailey, M. Sené, Oxfordshire, GB | High Energy Tomography and Crack Detection
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| - - | D. Meinel, J. Goebbels, B. Illerhaus, BAM Berlin, D | CT devellopment and application at BAM
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| - - | R. Oster, Eurocopter, Munich, D | Computed Tomography as a Non-Destructive Test Method for Fiber Main RotorBlades
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| - - | K. Pischang, R. Bernhardt, TU Dresden, D;J. Goebbels, B. Illerhaus, G. Weidemann, BAM Berlin, D | Quantitative Analysis of Computed Tomographs of Powder Metallurgical Parts
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