1) conductive detection
电导检测
1.
A method for the enantioseparation of Hexythiazox via capillary electrophoresis with conductive detection was developed.
使用自行设计的毛细管电泳柱端电导检测系统,以未涂层融硅石英毛细管(75μm×45 cm)为分离柱,用非水介质对尼索朗对映体进行了拆分。
2.
A separation method for Metalaxyl enantiomers by capillary electrophoresis with conductive detection was developed.
使用自行设计的毛细管电泳柱端电导检测系统,对甲霜灵对映体进行了拆分。
2) current measuring
电流检测
1.
Research of current measuring and reliability of over current protection in design of freguency converter;
变频器设计中电流检测方式与过电流保护可靠性的研究
3) conductivity detection
电导检测
1.
Review on application of conductivity detection for capillary electrophoresis and chip capillary electrophoresis in pharmaceutical analysis
毛细管电泳和芯片毛细管电泳电导检测法在药物分析中的应用
2.
A Systematic investigation is carried out on the effects of carrier electrolyte composition on separation in capillary electrophoresis with conductivity detection,including background electrolytes,electroosmotic flow modifiers and pH,and the influences of electroosmotic flow modifier on migration time and electroosmotic rate of anions are investigated as well.
利用毛细管电泳电导检测方法探讨了电渗流改性剂、缓冲液组成、操作电压和进样时间等实验条件对氮磷分离检测的影响,并对两种品牌洗衣粉中磷的含量进行了测定。
3.
Objective An analyticail method of determinating thioglycolic acid in cosmetics by ion exchange chromatography suppressed conductivity detection has been developed.
目的 建立离子交换—抑制电导检测色谱法分离测定化妆品中的巯基乙酸。
4) current detection
电流检测
1.
APF current detection based on RLS adaptive algorithm;
基于RLS自适应算法的APF电流检测
2.
Current Detection Based on New Hall-effect sensor;
新型霍尔传感器在电流检测中的应用
3.
Study on current detection and control of a parallel hybrid-type active power filter
一种并联混合型APF的电流检测与控制研究
5) Electromagnetic testing
电磁检测
1.
Fatigue crack detection based on electromagnetic testing;
基于电磁检测原理的疲劳裂纹检测方法
2.
Because of limited working space in the underground small caliber pipeline,multi - channel electromagnetic testing technology used on pipeline inspection faces many difficulties.
由于小口径埋地管道的工作空间狭窄,多通道电磁检测技术在其研究应用面临大量的困难与问题。
3.
Among those nondestructive testing methods for wire ropes, the electromagnetic testing method is recognized as the most credible one.
电磁检测法是目前公认的最可靠的钢丝绳检测方法。
6) battery testing
电池检测
1.
This paper is based on the instability of communication between the channels and the upper computer in Li-ion battery testing system.
针对锂离子电池检测系统对数据通信高可靠的要求,介绍了CAN总线在锂电池检测系统中的应用,重点论述系统软硬件设计及通信协议的制定等方面内容。
2.
In recent years,lithium-ion electric vehicle battery has been more and more widely used,as a key equipment of Li-ion battery production,battery testing system has become a new research hotspot.
文中对锂离子动力电池检测设备的发展状况进行了总结,从系统结构、硬件和软件设计方面概括了新技术、新工艺在电池检测设备上的应用状况,介绍了均衡电路、模糊PID控制、智能专家系统等技术在检测系统充放电控制上的研究。
补充资料：电导检测器
分子式：
CAS号：
性质：在液相色谱中，直接测定色谱柱流出物中电导率的变化；在气相色谱中，先将有机物燃烧使之转化为二氧化碳，再经水吸收，然后测量水溶液的电导变化。电导检测器是离子色谱法使用最广泛的检测器。
CAS号：
性质：在液相色谱中，直接测定色谱柱流出物中电导率的变化；在气相色谱中，先将有机物燃烧使之转化为二氧化碳，再经水吸收，然后测量水溶液的电导变化。电导检测器是离子色谱法使用最广泛的检测器。
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