single photon emission computed tomography; brain; noise; medical image processing; Monte Carlo methods; phantoms; technetium; image reconstruction; radioactive sources; scatter uncorrected image; corrected SPECT image; image-based scatter correction method; image converter; TEW method; postreconstruction process; attenuation corrected main photopeak image; scatter component image; image-based scatter fraction function; Monte Carlo simulations; /sup 99/Tc/sup m/-ECD SPECT human brain perfusion studies; noise property; brain phantom images; image contrast; gray-white matter; global signal-to-noise ratio; human brain imaging; clinical brain perfusion SPECT; triple energy window method; convolution target image;
机译:实用的基于图像的脑灌注SPECT散射校正方法的开发:与TEW方法的比较。
机译:脑灌注SPECT衰减和散射校正方法的比较。
机译:脑灌注SPECT衰减和散射校正方法的比较
机译:基于图像的脑灌注SPECT研究的基于图像的散点校正的开发:与泰新法的比较
机译:大脑SPECT的散射和衰减校正。
机译:使用TEW方法对心脏SPECT图像进行散射校正
机译:使用TEW方法对心脏spECT图像进行散射校正