300 results
Search Results
52. Selection of optimum projection angles in three dimensional myocardial SPECT.
53. Comparison of two methods for SPECT attenuation correction without transmission measurements.
54. Direct 3D image reconstruction for the energy subtraction Compton scattering camera (ESCSC) with spatially invariant point spread function.
55. Investigation of acquisition and image reconstruction parameters for rotating multi-segment slant-hole SPECT.
56. The effect of attenuation on lesion detection in PET oncology.
57. Attenuation and scatter correction in fully 3D limited angle PET.
58. Compensation for head movement in 3D PET.
59. Correction methods for random coincidences in 3D wholebody PET imaging.
60. Attenuation correction for whole-body PET imaging using automated fuzzy clustering-based segmentation method.
61. Segmented attenuation correction using 137Cs single photon transmission.
62. Measurement of the change in noise-effective count-rate during PET brain studies with additional shielding.
63. Randoms correction for gamma camera based PET list-mode reconstruction.
64. Simultaneous estimation of attenuation and activity images using optimization transfer.
65. Tracking cardiac twist in gated PET imagery.
66. Maximum-likelihood estimation of normalisation factors for PET.
67. Arterial input function measurements using radiotracer and microbubbles: preliminary results.
68. Lead tungstate crystals of high light yield for medical imaging.
69. A study of scintillation beta microprobes.
70. Monte-Carlo modeling of scintillator crystal performance for stratified PET detectors with DETECT2000.
71. Development of low power high speed readout electronics for high resolution PET with LSO and APD arrays.
72. Monte Carlo simulation for depth encoding multicrystal detector for PET.
73. Design of a Firewire based data acquisition system for use in animal PET scanners.
74. A new pileup-prevention front-end electronic design for high resolution PET and gamma camera.
75. An iterative energy-centroid method for recalibration of PMT gain in PET or gamma camera.
76. Optimisation of fibre-optic readout of LSO scintillation crystals with acid etching.
77. A high-performance VME-based acquisition system for positron emission mammography.
78. Comparison of wavelength-shifting fiber types and methods of ribbon assembly for the depth-encoding Anger detector.
79. Regularized iterative reconstruction in tensor tomography using gradient constraints.
80. Independent component analysis with mixture density model and its application to localize the brain alpha activity in fMRI and EEG.
81. A rebinning technique for 3D reconstruction of Compton camera data.
82. Efficient Monte Carlo based reconstruction for general quantitative SPECT.
83. Fast simulation of micro-pinhole imaging by mixing Monte Carlo and analytical modeling.
84. A new design for a SPECT small-animal imager.
85. Accelerated deterministic annealing algorithms for transmission tomography using ordered subsets of projection data.
86. Commissioning of a very fast track finder: the Hera-B first level trigger.
87. Feasibility studies with PET detector modules based on an APD array and LSO.
88. New inorganic scintillation materials development for medical imaging.
89. Mini-strip ionization chamber for γ-ray imaging.
90. High resolution and high sensitivity CMOS panel sensors for X-ray imaging.
91. A monolithic array of silicon drift detectors for high-resolution gamma-ray imaging.
92. Active pixel sensor for X-ray imaging spectroscopy.
93. Tagging of isobars using energy loss and time-of-flight measurements.
94. High-resolution CdTe radiation detectors with single-polarity charge sensing technique.
95. Extraction of temporal information in functional MRI.
96. Comparative assessment of energy-based methods of compensating for scatter and lead X-rays in Ga-67 SPECT imaging.
97. Normalisation of listmode data with application to HiDAC data
98. Collimation of a /sup 137/Cs point source for transmission scanning in PET
99. Time of flight (TOF) measurement of adjacent pulses
100. Operating characteristics of radiation-hardened silicon pixel detectors for the CMS experiment
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