In this paper, a new PVC membrane general-purpose electrode for Animal's Cation Drugs using antibiotic as Carrer has been prepared. 本文报道了一种以琥乙红霉素为载体的新型阳离子兽药的通用型电极。
Fabrication and Characterization of PVC Membrane Ion-Selective Electrode Based on Novel Complexes as Sensing Carriers 新型配合物敏感载体PVC膜离子选择性电极的构建及表征
Preparation and Application of a New Coated Carbon PVC Membrane Diphenhydramine Selective Electrode 新型涂碳式聚氯乙烯膜苯海拉明选择电极的研制与应用
A New Type of Rare Earth Element Electrode& Water Membrane and PVC Membrane Samarium Electrode 新型稀土电极&水膜及PVC膜钐离子电极的制备
Preparation and application of neostigmine methylsulfate PVC membrane selective electrode 甲基硫酸新斯的明PVC膜选择电极的研制及应用
Chlorpheniramine tetraphenylborate PVC membrane electrode and Its Applications 扑尔敏&PVC膜电极的制备及其应用
STUDY OF SATURATED URUSHIOL crown ether type PVC membrane potassium electrode 饱和漆酚冠醚PVC膜钾离子选择电极的研制
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
The Coated Carbon PVC Matrix Menbrane Universal Electrode for Several Anions& Simplified Method of PVC Matrix Membrane Electrode(ⅱ) 涂碳PVC膜若干阴离子通用电极&PVC膜电极的简化(Ⅱ)
The "blank" PVC matrix membrane electrode was prepared and studied. The superiority sequence of potentiometric titration curves was decided by the three parameter method. 本文研究了未另行加入电活性物质的空白PVC膜电极,以三参数法评价电位滴定曲线,择其优者。
A Highly Selective Nitrite Sensitive PVC Membrane Electrode Using Lipophilic Phthalocyanine Cobalt(ⅲ) Complex as the Carrier 脂溶性酞菁钴(Ⅲ)为载体的高选择性亚硝酸根PVC膜电极
An New Evaluation on Comprehensive Quality of Ion-selective Electrode and its Application in Development of Doxycycline-Selective PVC Membrane Electrode 一种评价离子选择性电极综合性能的新方法及其在盐酸强力霉素PVC膜选择性电极研制中的应用
General-purpose PVC membrane electrode for some organic drugs with inner graphite contact 测定某些有机药物的通用石墨内导PVC膜电极
Studies of a New Neutral Carrier PVC Membrane Electrode for Low pH Range 一种新的适合低pH范围的中性载体PVC膜电极的研究
Long-chain Unsymmetrical Tertiary Amines as Neutral Carrier in PVC Membrane pH Electrode 以不对称长链叔胺为中性载体的PVC膜pH电极的研究
Diester PVC Membrane Electrode for Quaternary Phosphonium and Quaternary Arsonium Cations 对季鏻与季鉮离子具有电位响应的二元酸酯PVC膜电极
Synthesis of Lipophilic Metal Phthalocyanines and Application for Carriers of PVC Membrane Electrode 脂溶性金属酞菁的合成及其作为PVC膜电极载体的研究
A palladium phthalocyanine-PVC membrane electrode for thiocyanate ion was prepared. 研制了酞菁钯PVC膜硫氰酸根离子选择性电极。
Lead(ⅱ) ionselective PVC membrane electrode based on saturated urushiol crown ether 饱和漆酚冠醚PVC膜铅(Ⅱ)离子选择电极的研究
The chromatographic conditions, especially components of eluent, were chosen. The column with low capacity and a buffer system of SO~ 2_4~& H_2PO_4~-as eluent are suitable for PVC membrane anion electrode. 选择了适合PVC膜阴离子电极的低容量色谱柱及SO4~(2-)&H2PO4~-缓冲体系作为淋洗剂;
Preparation of the variable-valency thalidasine ( td) PVC membrane selective electrode and its application in the pKa determination of thalidasine 变价态唐松草新碱&PVC膜离子选择电极的研制及解离常数的测定
Objective To establish an accurate method to determine diphenhydramine hydrochloride by coated carbon PVC membrane selective electrode. 目的建立用涂碳式聚氯乙烯膜盐酸苯海拉明电极测定盐酸苯海拉明片含量的方法。
Study on PVC Membrane Tribromophenol Electrode with Glass Electrode as Inner Conductive Electrode 玻璃电极作为内导电极的三溴苯酚PVC涂膜电极研究
PVC membrane electrode of primaquine phosphate PVC膜磷酸伯氨喹啉药物选择性电极的研制
Study on PVC Membrane Electrode ⅱ. Development of Ferulate Drug-Substance Electrode PVC膜电根的研究Ⅱ.阿魏酸根药物电极的研制
Responsive Character of Twelve Organic Anions& Application of Current Coated Carbon PVC Membrane Electrode of Some Anions(ⅰ) 十二种有机阴离子的响应特性&涂碳PVC膜若干阴离子通用电极的应用(Ⅰ)
A new dodecyl sulfonate-selective PVC membrane electrode based on long-chain tetraalkyhin neutral carriers was prepared. 用长链四烷基锡为中性载体制备了性能优良的十二烷基磺酸根PVC膜电极。
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。
Up to now, many sensor researchers started with electrode carrier, introduced successively novel compounds with especial function into PVC membranes and have constructed successfully many anion-and cation-selective PVC membrane electrode. 截止目前,许多电化学传感器工作者从电极载体入手,先后将各种具有特殊功能的新型配合物引入到PVC膜中,并己成功构建了多种阴、阳离子选择性PVC膜电极。