| 1. | Photo - bleaching in ge s90se10 2 chalcogenide films prepared by pulsed laser deposition
2硫系薄膜中的光致漂白效应研究 |
| 2. | The nature of chemical bond of halide and chalcogenide glasses was discussed in terms of the che - mical bond approach
本文采用化学键方法对卤化物及硫卤玻璃的化学键特性进行了探讨。 |
| 3. | Multiple measurement techniques ( chalcogenide ion selective electrode , differential pulse stripping voltammetry , light addressable potential sensor ) have been combined to detect nine kinds of heavy metal
仪器使用多种测量技术(硫属玻璃电极，差分脉冲溶出伏安法和光寻址电位传感器)联用测量九种重金属元素。 |
| 4. | Hybrid tongue is used in detection of heavy metal ions . a new electrode - - - - - - chalcogenide glass is used as working electrode . the data is analyzed by pca , bp and pls , and the results are compared
混合电子舌应用在海水重金属元素检测，采用一种新的电极? ?硫属玻璃电极作为工作电极来检测海水重金属元素，最后采用pca 、 bp算法对结果进行分析比较。 |
| 5. | The trace heavy metal determination instrument is a kind of instrument which combines the method of using ise and isfet microsensors based on a sensitive chalcogenide glass with the method of the stripping voltammetry to determinate the trace metals in seawater
船载海水重金属元素现场自动分析仪是一种联合离子选择性电极检测技术和溶出伏安检测技术自动检测海水中痕量重金属元素的仪器。 |
| 6. | For the purpose to exploit new type of second order non - linear optic glasses , ge - as - s and ge - ga - s - s bulk chalcogenide glasses were prepared by traditional quench method . dsc - tg and xrd were utilized to analyze the glass - forming ability of these glasses . transmission was done on uv - visible spectrophotometer
采用电场温度场方法进行了极化处理，利用maker条纹法进行了二阶非线性检测，分析和探讨了硫系玻璃的极化机理，从整体上探索和分析极化工艺及玻璃成分与二阶非线性效应的关系。 |
| 7. | A new type of thin film laps based on chalcogenide glass - sensitive materials was developed by means of silicon planar technology and thermal evaporation technique . the physical layer structure and the stoichiometric composition of the deposited glass materials have been investigated using transmission electron microscopy . depending on the conventional " two - electrodes " measuring set - up , these novel thin film sensors possess certain sensitivity towards heavy metals of seawater
在laps的原理和应用基础上，我们还进行了基于laps (光寻址电位传感器)的微结构重金属离子传感器的研究：包括laps的结构优化设计、 laps器件的微结构加工和工艺、针对被检测的重金属离子，采用硫属玻璃等固态敏感材料，完成敏感薄膜分子合成的优化设计及与laps的界面结合的特性研究等，并将测量结果和体传感器进行比较分析。 |
