Myers M J, Sokole E B, de Bakker J
Phys Med Biol. 1983 May;28(5):581-8. doi: 10.1088/0031-9155/28/5/010.
Measurements were made on the tomographic imaging abilities of a rotating slant hole collimator and a rotating scintillation camera system using a standard heart phantom and thallium-201. This allowed a comparison to be made between these and published results for conventional imaging and the seven pinhole technique under standardised conditions. Although better intraplanar resolutions were obtained with the rotating slant hole, the rotating camera was found to give superior definition of a defect and less propagation between reconstructed sections of the phantom.
使用标准心脏模型和铊 - 201对旋转斜孔准直器和旋转闪烁相机系统的断层成像能力进行了测量。这使得能够在这些设备与已发表的关于传统成像和标准化条件下七针孔技术的结果之间进行比较。尽管旋转斜孔获得了更好的平面内分辨率，但发现旋转相机对缺陷的定义更优，且在模型重建切片之间的传播更少。
