玻璃电极

  • 网络GLASS;glass electrode;glasselectrode
玻璃电极玻璃电极
  1. GB/T6920-1986水质ph值的测定玻璃电极法

    Water quality Determination of pH value Glass electrode method

  2. PH玻璃电极对比观测及误差研究

    A Research on the Contrast Observation and the Observation Error of PH Glass Electrode

  3. pH玻璃电极的现状与发展

    The Current Status and Development of pH Glass Electrodes

  4. 对pH玻璃电极的结构、原理以及特性进行了综述。

    The structure , principle and properties of pH glass electrodes were reviewed .

  5. 聚硅氧烷复合膜改性pH玻璃电极的制备及对金属离子的响应

    Preparation and Response to Metal Ions of pH Glass Electrode Modified by Polysiloxane Composite Membranes

  6. 奈福泮PVC膜涂层玻璃电极的研制与应用

    Preparation and Application of Nefopam PVC Membrane Coated Glass Electrode

  7. 用pH玻璃电极法测定弱酸/碱的浓度常数

    Determination of concentration constants for weak acid or / and weak base by using pH glass electrode

  8. 玻璃电极作为内导电极的三溴苯酚PVC涂膜电极研究

    Study on PVC Membrane Tribromophenol Electrode with Glass Electrode as Inner Conductive Electrode

  9. 与液体充填式玻璃电极比较,固体接触式pH玻璃电极有明显的优点。

    As compared with the liquid-filled type , the solid contact type pH glass electrodes have certain distinct advantages .

  10. 用溶胶凝胶技术制备了两种新的含环状和非环状多酰胺的聚硅氧烷复合膜改性的pH玻璃电极。

    Two new polysiloxane composite membranes containing cyclic and acyclic polyamides modified pH glass electrode were prepared by sol-gel technology .

  11. 它是在普通的pH玻璃电极表面涂敷一层钙离子敏感膜所构成。

    The pole is made of an ordinary pH glass electric pole with a film sensitive to calcium ion deposited on its surface .

  12. 在应用微氢醌电极法测定土壤的pH时,对干土所得的结果与玻璃电极数值一致;

    For the measure-ment of pH value of air-dried soils , the difference between the micro quinhydrone electrode and the glass electrode was insignificant .

  13. 将乙酰胆碱酯酶(AChE)固定在醋酸纤维膜上,将该膜组装在一支pH玻璃电极敏感膜表面,制成用于测定有机磷农药的电位型生物传感器,优化其制备方法。

    This paper refers to a potentiometric biosensor with a cellulose acetate membrane , on which acetylcholinesterase ( AChE ) is immobilized .

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

  15. 建议用测量电导率并将电导率换算成pH值的方法取代玻璃电极法测量给水的pH值。

    A method of measuring the conductivity and conversing the measured conductivity into pH value has been recommended to replace the glass electrode method for measuring the pH value of feedwater .

  16. 本论文选择醋酸铜溶液体系,在氧化铟锡(ITO)导电玻璃电极上电沉积制备了Cu2O。

    In this thesis , we describes electrodeposited cuprous oxide on the ITO glass electrode in copper acetate solution system .

  17. 用玻璃电极测定直到15m的浓盐酸体系的活度系数

    Determination of mean activity coefficients of hydrochloric acid in concentrated solutions up to 15m with glass electrode

  18. 叙述了固体接触式pH玻璃电极膜的成分及其响应机理,并指出固体接触式pH玻璃电极的发展方向。

    The compositions and response mechanism of glass films in the solid contact type pH glass electrodes were described in detail . In addition , the development tendency of the solid contact pH glass electrodes was also pointed out .

  19. 方法:采用langendorff离体心脏灌流法,悬浮玻璃电极法。

    METHODS : Both methods of the langendorff 's isolated heart perfusion and the glass suspension electrode were used .

  20. 离子选择性电极是一种电化学传感器,自1906年发明了第一支pH玻璃电极以来,已有100多年的发展历史,目前,已经可以生产多种商品电极。

    Ion selective electrode is an electrochemical sensor , since the invention of the first pH glass electrode in 1906 , there have been more than 100 years of development . Nowadays , we can produce a variety of commercial electrodes .

  21. 医用微型玻璃电极采用固体可逆接触式结构,直径2mm,长约7~8mm。

    The structure of medical micro glass electrodes is reversible solid contact with the diameter of 2 mm and length of 7-8 mm .

  22. 以玻璃电极作传感器的电位测量法是应用最广泛的一种工业上测量溶液pH值的方法。影响这种方法测量准确性的因素主要有三个方面:溶液温度、玻璃电极高内阻和电极偏差。

    Potential measurement method based on the sensor with glass electrode is the most widely used way of measuring PH value , and the veracity is mainly affected by three factors : solution temperature , high resistance of glass electrode and electrode deviation .

  23. 对于硫属玻璃电极,我们以高精度的∑-△ADC为核心,配以高输入阻抗低噪声的仪表放大器和低漏电流模拟开关构成了多路高精度电极测量系统。

    The instrument used for the measuring electrode is a high precise multi-channel system constructed with a Σ - AADC as the core , a high input impedance amplifier and a low input current multiplexer .

  24. 用氢电极测定HCl溶液的平均活度系数是费事的,玻璃电极的使用提供了一个快速、简便的测量方法。

    Classical methods of determining the mean ionic activity coefficient of the hydrochloric acid with hydrogen electrode are Laborious . The use of glass electrode affords a fast simple method for making this measurement .

  25. 用水标准溶液标定的玻璃电极可用来测定有机质子溶剂和有机水溶液中质子的水标准活度pHm,质子的浓度可用-log[H2S+]

    The proton activity in protic organic solvents or water-organic solvent mixtures can be measured by a glass electrode in aqueous pH scale . In this media the proton activity can be measured by using a glass electrode with an aqueous pH scale .

  26. 定位检测处理只有在较低的玻璃电极。

    Positioning detection is handled nly at the lower glass electrodes .

  27. 孔雀石绿-聚氯乙烯膜涂层玻璃电极的研制

    Preparation of a Malachite Green Polyvinyl Chlo-ride Membrane Coated Glass Electrode

  28. 酸抛光法在玻璃电极表面处理中的应用

    Application of acid polishing for surface treatment of glass electrode

  29. 玻璃电极的测量机制及分析

    The Measuring Mechanism of Glass Electrode and Its Analysis

  30. 玻璃电极的校准方法

    Least Square Method for Standardization of Glass Electrodes