The correlation of vessel distribution, blood perfusion rate and metabolic heat generation to biological 3-D temperature distribution was also discussed.
讨论了血管形状分布，血液灌注率，代谢热与生物体三维温度场变化规律的相关性。
In vivo experiment of rabbit livers is introduced by using an experimental equipment to measure the thermal properties and blood perfusion rate in live cancer tissues.
利用自行研制的肝癌组织热物性参数和血液灌注率测量装置，以兔子为对象进行了活体实验。
Experimental data are obtained and analyzed. The result that rabbit liver blood perfusion rate is divided into six grades, established the foundations for further research.
经过对实验数据的处理和分析，独创性地将活体兔肝的血液灌注率分为六个等级，为进一步的研究奠定了坚实的基础。
Conclusion Multi-slice spiral ct can provide quantitative analysis to renal blood perfusion, but injection flow rate influence the perfusion parameters.
结论多层螺旋CT可对肾脏组织血流灌注进行定量分析，但注射流率影响灌注数值。
Conclusion Multi-slice spiral ct can provide quantitative analysis to renal blood perfusion, but injection flow rate influence the perfusion parameters.
结论多层螺旋CT可对肾脏组织血流灌注进行定量分析，但注射流率影响灌注数值。
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