1) impedance method
阻抗法
1.
Rapid determination of bacterial numbers in raw milk by impedance method;
电阻抗法快速检测鲜牛奶中细菌总数
2.
Evaluation of the effect of dielectric property of blood cell responses to hypoxia by the impedance method.
用阻抗法评价血液细胞介电性能对低氧的反应
3.
Effects of cultural temperature and media on rapid detection for aerobic bacterial count in raw milk using impedance method were studied in this paper.
研究了培养温度和培养基对阻抗法快速检测生鲜奶菌落总数的影响。
2) damping impedance method
阻尼阻抗法
3) electric resistance method
电阻抗法
1.
Determine the sum total of foodstuff bacteria by electric resistance method;
电阻抗法检测食品细菌总数
4) Impedance cardiography
胸阻抗法
1.
Impedance cardiography monitored hemodynamic changes during anesthesia induction using midazolam or propofol;
胸阻抗法监测咪唑安定及丙泊酚静脉全麻诱导过程中血流动力学变化
5) bioelectrical impedance
电阻抗法
1.
This paper designs a new gastric emptying information extracting system with bioelectrical impedance.
本文基于生物电阻抗法设计了一种新的胃排空检测系统,不仅实现了胃排空参数的提取,而且通过小波变换分离出同步的胃电与胃阻抗信号,使建立新的、更准确的胃功能评价方法成为可能。
2.
Body compositions were estimated with a bioelectrical impedance analyser,.
目的应用电阻抗法了解北京地区正常儿童性别年龄别身体组成成分。
6) Impedance method
电阻抗法
1.
Methods Impedance method-floating threshold, impedance method-fitting curve, impedance method-sheath flow and two dimensional laser light scattering method were used to count 3 different groups of PLT(MCV≥80fl, 70≤MCV<80fl, MCV<70fl), and the results of these four methods were compared with those of reference method.
结论 有小红细胞的异常标本,二维激光散射法优于电阻抗法血液分析仪计数血小板。
2.
Objective: To study the effects of conductivity and temperture in suspension medium on measurement of Red Blood Cell(RBC) rheological property with impedance method during the relaxation process .
目的:本文着重研究用电阻抗法测量红细胞松弛过程时,悬浮介质电导率和温度对其的影响。
补充资料:交流阻抗法
分子式:
CAS号:
性质: 一种电化学研究方法。利用小幅度交流电势(或电流)对电化学体系扰动,测量电流(或电势)响应,获得交流阻抗数据,从而根据电池的模拟等效电路,计算相应的电极反应参数。由于交流电路的理论和技术已很成熟,把它移用于电化学体系,数据较为精确,并可简化对复杂电极反应的处理,该法应用已较普遍。
CAS号:
性质: 一种电化学研究方法。利用小幅度交流电势(或电流)对电化学体系扰动,测量电流(或电势)响应,获得交流阻抗数据,从而根据电池的模拟等效电路,计算相应的电极反应参数。由于交流电路的理论和技术已很成熟,把它移用于电化学体系,数据较为精确,并可简化对复杂电极反应的处理,该法应用已较普遍。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条