ion carrier

The new style PVC membrane of aluminium ion-selective electrodes based on AlCAS carrier were prepared.

以铝与铬天青形成的络合物为载体制备新型PVC膜铝离子选择电极。

The influence factors which affected the activity of catalyst, such as amount of metal salt, loaded temperature, loaded time, granule size of carrier were studied by using uniform design and ion exchange resin as carrier.

以离子交换树脂为载体，用均匀设计方法考查了负载型酯化催化剂制备中负载金属盐用量，负载温度，负载时间和载体粒度等因素对催化剂活性的影响。

The current development of simulated, moving bed and fixed-bed modeling have given a new impetus to molasses desugarization by ion exclusion. carrier drift transistor

模拟流动床及固定床的改进为离子排斥法提糖注入了活力。载流子漂移型晶体管

Using positive ion as color carrier and the absorbance of nonferrous complex compound ferrum(ⅱ) absorpted at the resin, ferrum in water and ham is detected by a mew method.

研究了以阳离子交换树脂为显色载体，利用直接吸附在树脂上有色络合物&Fe（Ⅱ）邻二氮菲的吸光度，借以检测水和火腿肠中铁的新方法。

The Use of Ion Carrier on Animal Breeding

离子载体在动物饲养上的应用

This kind of macrocyclic calix [ 4] crown ethers can be used as metal ion carrier or as rotaxanes, catenanes, which are the construction modules for molecular machines and has a practical potential.

该类大环杯[4]冠醚在作为金属离子载体或作为轮烷、索烃等分子机器的构建单元等方面具有潜在的应用。

Study on Potassium-Selective Electrode Using KTiOPO_4 Single Crystal Membrane as an Ion Carrier

KTiOPO4单晶膜钾离子选择性电极的研究

The development of crown ethers as ion carrier and its application in different forms of membranes are described.

本文论述了冠醚作为离子载体及其在不同膜形式中应用的新进展。

Recently, the research of the dependence of ion movement on ion diffusion and carrier gas velocity distribution in high strength electric field has achieved preliminary results.

目前国内外对高电场中离子扩散、载气流速分布对离子运动行为的影响进行了大量的研究，取得了一定的研究成果。

The migration behaviour of bromine ion is influenced by the concentrations of bromine ion, carrier and the receive phase etc.

考察了溴离子浓度、载体浓度，接收相组成等因素对溴离子在液膜中迁移作用的影响。

Its crux techniques lie on Initial Synchronization and Rake Multi-path Diversity Recept ion 、 Multi-carrier Modulation 、 Software Radio 、 Intelligent Antenna 、 Multi-user Detection and Asynchronous Transfer Mode etc.

其关键技术有初始同步与Rake多径分集接收、多载波调制、软件无线电、智能天线、多用户检测、异步传输等6种。

The reversal potential of the ACh-sensitive current was (-66 ± 8) mV, which indicated that potassium ion was the main carrier of this current.

ACh-敏感性电流的反转电位为（-66±8）mV，提示此电流主要由K+参与形成，其直接作用是使毛细胞超极化。