微流量灌注 mini-flow
Intellective temperature control system of micro-shot dosing isstudied primarily, and more accurate control of temperature is implemented with theuse of self-adapting proportion integral differential (PID) control arithmetic.
对微量灌注的智能温度控制系统进行了初步研究，采用了自适应PID控制算法实现温度的更精确控制。
参考来源 - 高效微量灌注技术的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
结论亚低温血微量持续灌注对心肌保护的效果是可靠的。
Conclusion The myocardial protective effect of tepid blood cardioplegia in an isolated working heart model was dependable.
方法链脲佐菌素(STZ)诱导动物模型，经胃灌注微量元素后动脉切片染色观察形态改变。
Methods Arterial morphology were observed in dm rats model induced by STZ after administrated microelectronics though mouth. Results microelectronics could relieve harm on artery of rat remarkably.
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