Spatially varying focal length fan-beam collimators can be used in single photon emission computed tomography to improve detection efficiency and to reduce ...
Abstract—Spatially varying focal length fan-beam collimators can be used in single photon emission computed tomography to improve detection efficiency and ...
Spatially varying focal length fan-beam collimators can be used in single photon emission computed tomography to improve detection efficiency and to reduce ...
Spatially varying focal length fan-beam collimators can be used in single photon emission computed tomography to improve detection efficiency and to reduce ...
Bibliographic details on A Harmonic Decomposition Reconstruction Algorithm for Spatially-Varying Focal Length Collimators.
Spatially varying focal length fan-beam collimators can be used in single photon emission computed tomography to improve detection efficiency and to reduce ...
A harmonic decomposition reconstruction algorithm for spatially varying focal length collimators. by Zhengrong Liang. 1998, IEEE Transactions on Medical ...
A harmonic decomposition reconstruction algorithm for spatially varying focal length collimators · Engineering, Physics. IEEE Transactions on Medical Imaging.
Apr 25, 2024 · A Harmonic Decomposition Reconstruction Algorithm for Spatially-Varying Focal Length Collimators. IEEE Trans. Medical Imaging 17(6): 995 ...
Bao (1998), “A Harmonic Decomposition Reconstruction Algorithm for Spatially Varying Focal-length Fan-beam Collimators”, IEEE Transactions on Medical ...