1)  Micro-perfusion
微灌注
1.
Micro-perfusion in Graft After Liver Transplantation with Contrast-enhanced Ultrasound:Preliminary Study;
超声造影对肝移植微灌注的初步研究
2)  myocardial microperfusion
心肌微灌注
1.
Objective To evaluate the feasibility and the value of videodensitometric scale(VDS)assessing myocardial microperfusion.
目的探讨视频密度阶差(VDS)评价心肌微灌注的可行性及应用价值。
2.
Objective To evaluate the feasibility and the value of video density scale (VDS) for assessing myocardial microperfusion.
目的探讨视频密度阶差(VDS)评价冠脉造影时心肌微灌注的可行性及应用价值。
3.
Objective To discuss the feasibility of videodensitometric scale (VDS) assessing myocardial microperfusion during coronary angiography compared with corrected TIMI frame counted (CTFC) , single photon emission computerized tomography (SPECT) and myocardial contrast echocardiography(MCE).
目的 结合校正的TIMI帧计数(CTFC)、单光子发射计算机断层扫描(SPECT)、心肌声学造影超声心动图(MCE)等方法,探讨应用视频密度阶差(VDS)评价冠脉造影时心肌微灌注的可行性。
3)  micro-irrigation
微灌
1.
Study on the filtration and backwashing for the quartz filter in micro-irrigation;
微灌过滤器石英砂滤料过滤与反冲洗研究
2.
Experimental study on filtrating and backwashing of sandy beds in micro-irrigation filter;
微灌用石英砂滤料的过滤与反冲洗试验
3.
Parameters experiment of backwashing on sandy filter in micro-irrigation;
微灌用砂石过滤器反冲洗参数试验
4)  Micro irrigation
微灌
1.
The equation for friction loss along the plastic pipe of micro irrigation is presented adopting the multiple regression analysis according to existing friction loss equation.
根据已有的塑料硬管沿程水头损失计算公式 ,采用多元线性回归计算方法 ,提出了微灌塑料硬管沿程水头损失计算公式 ,这一公式同时考虑了管径、流速和水温等影响因素 ,使计算结果更加符合实际。
2.
The new equation for friction loss along the plastics pipe of micro irrigation is presented using the multi regression analysis according to existing friction equation Also,such factors as pipe diameters,flow and water temperatures,etc,are taken into account in the equation,thus making calculated results adaptable to practice.
根据已有的塑料管沿程水头损失计算公式 ,采用多元线性回归计算方法 ,提出了微灌塑料管沿程水头损失计算公式。
3.
This paper presents the result of application of grit filter in micro irrigation can improve agricultural quality of micro irrigation,garantee the equipment to be in intact and good condition,and reduce plant from damage of diseases and pests.
砂石过滤器应用于微灌工程中 ,既能提高微灌的农业质量 ,又能保证微灌设备的完好性及良好的使用性 ,减少作物的病虫害发生 ,有利于农业的稳产、增产。
5)  Microirrigation
微灌
1.
Research and Application on the Technology of Sewage Microirrigation on the Pergola in the Drought City;
城市绿化带污水微灌技术应用
2.
In this paper,three parameters of the compensating emitter for microirrigationp-q curve,manufacturing error and compensating field,have been analysed.
对微灌用补偿式灌水器的ｑ－Ｐ曲线、制造偏差和补偿区间三个性能参数作了深入分析，对微灌灌水器标准（ＳＬ／Ｔ６７。
3.
Subunit network composed by manifolds and laterals which are all multidiameter pipes is the important part of microirrigation system.
微灌是一种先进的节水灌溉技术,其田间管网是微灌系统的重要组成部分,组成田间管网的支管和毛管均为多孔出流管。
6)  Microperfusion
脑微灌流
1.
A study on kainic acid-Induced cerebella ataxia of SD rat and Microperfusion;
海人藻酸致SD大鼠小脑损害机理及脑微灌流研究
参考词条
补充资料：寄微之　时微之为虢州长史。
【诗文】：
高天默默物茫茫，各有来由致损伤。
鹦为能言长剪翅，龟缘难死久搘床。
莫嫌冷落抛闲地，犹胜炎蒸卧瘴乡。
外物竟关身底事，谩排门戟系腰章？





【注释】：



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