shunt [ʃʌnt]

shunt的基本解释

vt.

使转轨, 使分流, 推延, 回避讨论

vi.

转向一边, 转轨, 往返

n.

转轨, 分流

与shunt相关的网络例句 [注：此内容来源于网络，仅供参考]

The design cross sectional area of shunt is calculated by the product of carrying rated current ratio and Bi-2223/AgAu matrix and shunt resistivity ratio. When quenching happens, shunt carries more current to void burn out or overheat of superconductor. Shunt which provides an enough heat sink can restrain the temperature rising of HTS section too fast.

分流器横截面积确定基于分流器与Bi-2223基体AgAu的电阻率对失超后电流分配比，这样保证超导体转人电阻态后分流器分流大部分电流，同时由于分流器具有很好热沉作用，抑制超导体温度迅速上升，从而避免超导材料烧毁或过热。

Surgical strategies included: 23 cases with meso-caval shunt, 8 cases with splenectomy and spleno-renal vein shunt, 1 case with porta-caval shunt, 2 cases with paraumbilical vein-jugular vein shunt, 3 cases with portal azygous disconnection, 1 cases with splenectomy and portal azygous disconnection, 1 case with sigmoidostomy and closed the fistula of sigmoid six months later, 1 case with resection of part of small intestine due to acute extensive thrombosis of portal vein system, 4 cases with selective superior mesenteric artery and splenic artery thrombolytic infusion therapy, 2 cases remained no-surgical option and underwent conservative treatment.

行肠系膜上静脉-下腔静脉分流术23例；脾切除、脾静脉-肾静脉分流术8例；门静脉-下腔静脉分流术1例；附脐静脉-颈内静脉分流术2例；门奇静脉断流术3例；脾切除、门奇静脉断流术1例；乙状结肠暂时性造瘘，6个月后闭瘘1例；大部分小肠切除术1例；经股动脉插管溶栓4例；未行手术2例，仅给予护肝及对症治疗。

METHODS Twelve hybrid canines with ARDS were randomized to two groups, and were connected to pumpless extracorporeal lung assist. In group A,the shunt was 25%,20%,15%,10% in turn.In group B,the shunt was 10%,15%,20%,25%. All shunts were continuous for 1 hour. The artery pressure, heart rate and pulmonary artery pressure were recorded in each shunt end before the next shunt beginning.

建立犬ARDS模型，连接pECLA装置，将12只杂种犬随机分为两组，A组采用心排量的25％，20％，15％，10％的分流量顺序进行分流，B组采用心排量的10％，15％，20％，25%的分流量顺序进行分流，各分流量持续1小时，分别记录pECLA模型在模型建成后稳定一小时和各分流量末时的体循环血压，心率，肺循环血压。

与shunt相关的网络解释 [注：此内容来源于网络，仅供参考]

shunt：分流器

过去设计工程师通常有三种电流测量组件的选择:分流器(Shunt)、比流器(CT)及以霍尔效应(Hall effect)原理为基础的传感器. 分流器(Shunt)的工作原理是欧姆定理(Ohm's law),比流器和以霍尔效应原理为基础的传感器.

shunt：分路

图8是50Ω插入并联(series)与分路(shunt)时的仿真(simulation)电路;图9与图10分别是并联(series)与分路(shunt)时的通过特性图. 为了简化比较因此用祇有电感值(inductance)成份的特性方式表示,也就是说测试结果并无无寄生容量的特性.

shunt：分流

而使用吸入(Inhalation) 的型式投予一氧化氮,对肺脏疾病而言具有直接作用于标的器官,减少全身反应;以及选择性放松通气(Ventilation)良好的肺血管,这就可减少因分流(Shunt)而造成的血氧浓度偏低(Hypoxemia).

shunt：分流术

检测大脑中动脉(MCA)血流速度(FV),在压迫同侧CCA时的变化,预知术中CCA夹闭时MCA的血流下降程度,判断是否发生术中颅内低灌注,提示外科医生是否采用临时内分流术(shunt),即CCA远端至ICA近端的临时通路.

shunt capacitor：并联电容器

之所以能够支持复杂波形,主要得益于通过片上调制滤波器将波形适当平均化,以及在过滤器引脚(FilterPin)中外置并联电容器(Shunt Capacitor)进行辅助性信号解调.