Tabbert E, Bollmann R
Radiologische Klinik des Bezirkskrankenhauses Schwerin, DDR.
Radiobiol Radiother (Berl). 1990;31(2):101-17.
Actually CT-cross-sections are the best base for irradiation planning. Bases are represented to use CT-picture matrices of scanner TOMOSCAN CX (Philips) for irradiation planning. The direct application of CT-pictures is done in "off-line"-running with the magnetic tape set. For figuring on colour display and estimation of density matrix limits of Hounsfield values are given. Adjustment of the CT to take off scan planes requires a special work-regime for irradiation planning. Repair and use of defective CT-pictures are realized by input of specific outlines. In daily routine the output of sagittal dose distribution is most advantageous in form of a table. Application of this CT-irradiation planning system, being implemented on microcalculator K 1630, is shown for telecobalt irradiation of mammary carcinoma.
实际上,CT 横断面是放射治疗计划的最佳基础。在放射治疗计划中,使用扫描仪TOMOSCAN CX(飞利浦)的CT图像矩阵作为基础。CT图像的直接应用是通过磁带装置在“离线”运行中完成的。在彩色显示器上进行计算时,给出了Hounsfield值的密度矩阵极限估计。为了进行放射治疗计划而调整CT以去除扫描平面需要特殊的工作模式。通过输入特定轮廓来修复和使用有缺陷的CT图像。在日常工作中,矢状面剂量分布的输出以表格形式最为有利。展示了在微型计算机K 1630上实现的这种CT放射治疗计划系统在乳腺癌远距钴治疗中的应用。