Conclusions For the brain-dead donor, in situ perfusion, en block resection can reduce the warm ischemic time, avoid injury of anomalous artery effectively, and ensure the high organ utilization rate.
结论对于脑死亡的供者器官切取采取原位灌洗，整块切取及体外修整，可最大限度地缩短热缺血时间，有效避免变异血管损伤，进而提高供者器官的利用率。
The result of simulating experiment indicated that the FLC algorithm enhanced the rate of resource utilization and reduced the rate of data block in the optical wavelength router.
实验结果表明：使用FLC 算法提高了光波长的资源利用率，同时降低了数据阻塞率，提升了光波长路由器的性能。
The correct ways of drilling holes and utilization with the aim of increasing the effect of heat insulation and preservation of masonry block is also given here.
另外，又从提高砌块隔热保温效果出发，指出正确的开孔方式与使用方法。
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