membrane electrode的例句大全

A highly sensitive PVC membrane gold(ⅲ) ion-selective electrode and its use in the investigation on collection of trace gold by sulfhydryl cotton method

高灵敏PVC膜金（Ⅲ）离子选择电极研究和巯基棉富集金

Study on the Coated Carbon PVC Membrane Selective Electrode of Aconitine

涂碳聚氯乙烯膜乌头碱选择性电极的研究

Studies of Highly Sensitive PVC Membrane Iodide Selective Electrode Based on Complexes of Mercury(ⅱ) as Neutral Carriers

汞配合物为载体的高灵敏PVC膜碘离子选择电极研究

PH Electrode Based on Trioctylamine as Neutral Carrier in PVC Membrane

中性载体PVC膜pH电极的制备与应用

This paper describes the conditions of preparing AgI& Ag_2S mixed crystal iodide ion-selective electrode of compacting membrane type by co precipitation method, measures its characteristics, examines the effect of varying pressure on properties.

本文叙述了用共沉淀法制备AgI&Ag2S混晶压片膜碘离子选择电极的条件，并测试了电极的各项性能。同时，考察了不同压片压力对电极性能的影响。

Investigation and Development of Solide-State Membrane Nitrate Ion Selective Electrode

固态膜硝酸根离子选择电极的研制

Studies on the PVC Membrane Ion-Selective Electrodes ⅶ The Preparation of Salicylate Ion-Selective Electrode

PVC膜电极的研究Ⅶ、水杨酸离子选择电极的研制

Preparation of PVC tubular flow-through valinomycin membrane potassium ion-selective electrode and its application in flow injection analysis

PVC基管状流通钾离子选择电极的研制及其在流动注射分析中的应用

Aim: To develop a novel PVC membrane potassium ion-selective electrode based on calix [ 4] arene derivatives.

目的：研制新的以杯[4]芳烃衍生物为载体的PVC膜钾离子选择电极。

The polymer composite membrane demonstrates the desirable property of suppressing lithium dendrites growth due to the homogenization to the interface of lithium metal electrode and the thin-down to crystallites.

通过固相反应合成复合材料SnxSi1-xO2膜，并以聚合物膜为基体利用涂布技术制备复合，电化学测试表明此复合膜能够细化晶粒、抑制枝晶生长和均化锂电极表面。

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 levofloxacin selective electrode prepared by coating the mixture of levofloxacin and sodium tetraphenylboron association complex with PVC membrane on a glass electrode is reported.

以左氧氟沙星与四苯硼酸根形成的缔合物为电活性物质，研制了一种左氧氟沙星PVC膜涂层玻璃电极，并对其响应性能进行了系统研究。

The glucose oxidase electrode constructed by combination of this membrane with the pO2 sensor itself contains enough O2 to compensate for the variability of the sample oxygen content.

用此酶膜与pO2传感器组装的酶电极本身含有足够量的氧，能使样品中氧含量对电极响应的依赖关系减小到最小。

PVC membrane BF4-ion selective electrode based on cetyl trioctyl ammonium iodide was prepared.

以十六烷基三辛基氟硼酸铵为电活性物质，制备了BF4~-离子选择性电极。