滴定管

dī dìnɡ ɡuǎn
  • burette;buret;dropper
滴定管滴定管
  1. 它由SHARPPC-1500袖珍计算机、79-2型(或SZD1型、DAB-1型)数字自动滴定管和自制的数据采集与控制接口组成。

    The system is composed of a Sharp PC-1500 pocket computer , a digital automatic burette and a self-made sampling and control interface .

  2. 利用MIA-3微机化多功能离子分析器和数字自动滴定管组成的微机控制自动滴定系统,可以用Karl-Fischer法测定样品中的水分。

    The determination of water content by Karl Fischer method is realized through the microcomputer-controlled automatic titration system consisting of MIA-3 multifunction ion analyzer and a digital automatic burette .

  3. 结论用于口崩片体外崩解评价,滴定管液滴法和JP溶出度改良法为两种可取的方法。

    CONCLUSION Buret-liquid droplet disintegrating method and improved-JP dissolution disintegrating method are good disintegrating methods to evaluate ODT .

  4. APB-410自动滴定管切换阀故障的分析与维修

    Malfunction Analysis and Maintenance of Transfer valve for APB-410 Automatic Titration pipette

  5. SZD-1型数字式自动滴定管常见故障分析及排除

    Analysis and Removal of the Common Troubles for SZD-1 Digital Automatic Titration Tube

  6. 我们一定要三思而行。带三路活塞的滴定管

    We must take considered action . burette with three-way stopcock

  7. 要用石腊膜保护滴定管的塑胶头。

    Use parafilm to secure the tip of the buret .

  8. 电位滴定法测定酮康唑含量能力验证的结果分析GB/T12805-1991实验室玻璃仪器滴定管

    Result Analysis of a Proficiency Test for Determination of Ketoconazole by Potentiometric Titration

  9. 按照此理论,计算了自制微量滴定管的系统误差和随机误差。

    The systematic errors and random errors were counted .

  10. 微型碱式自动滴定管的研制与应用

    Design and Application of a Micro Type Buret

  11. 船用滴定管装置微量分析的研究

    Micro-analysis of Burette Apparatus Used on Board Ships

  12. 滴定管用于液体滴定。

    A buret is used to titrate liquids .

  13. 关于碱式滴定管使用的新建议

    New suggestion for operating the basic burette

  14. 微量滴定管装置改进研究

    Improved micro burette apparatus

  15. 塑胶头会帮助滴定管滴出细小液滴。

    The plastic tip helps in the formation of small droplets of solution to drop from the buret .

  16. 通过数理统计的方法,将微型碱式滴定管与常规碱式滴定管平行测定结果进行了比较。

    The parallel determination results were compared with those obtained from the conventional buret by mathematical statistics methods .

  17. 带三路活塞的滴定管

    Burette with three-way stopcock

  18. 化学实验重在基础,特别是考察移液管和滴定管的使用;

    Chemistry experiment is based on the elementary knowledge , especially checking the usage of suction pipet and buret .

  19. 方法用广口瓶、碱式滴定管、烧杯和连接管道建立小鼠耗氧量测定装置。

    Methods The apparatus consists of a bottle with broad-neck for mice , basic burette , beaker containing water and some tubes for connection .

  20. 高级的滴定管都有一种抽液功能使它们每次在滴定完毕时可以很精确地将滴定液加到精确的刻度。

    High-quality buret have a venting-mechanism with which they can be very easily refilled with the exact volume for which the buret is calibrated .

  21. 介绍了一种新型滴定管的结构、特点及使用方法,通过数理统计对新型滴定管与经典滴定管平行测定结果进行了比较。

    The configuration characteristics and operation of a new buret was described . The parallel determination results was compared with those obtained from the conventional buret by mathematical statistics methods .

  22. 在柠檬酸含量的测定过程中,滴定管的准确度是影响柠檬酸含量测量不确定度的主要因素。

    In the process of the determination of citric acid content , the accuracy of the burette is the main factor influencing the uncertainty of measurement in the determination of citric acid content .

  23. 分析了测量重复性、滴定管、标准溶液浓度等因素对氯化物含量测量不确定度的影响。

    The influence of the factors on the uncertainty of measurement for the determination of chloride content were analyzed , including repeatability of measurement results , burette , the concentration of standard solution , etc.

  24. 点一下准备,待量气筒、滴定管液面加满调“硫调零”,显示“0.000”最后一位千分位可以不为0。

    Touch the switch preparation , after topping up air measuring cylinder and buret , adjust the button " Sulfur to the zero " to the " 0.000 " the last number could not be0 .

  25. 该法克服了常量法中滴定管、移液管、铁架台和蝴蝶夹等仪器携带不方便的不足,适用于工业用水现场和野外水质的快速分析。

    The method overcomes the inconvenience in carrying buret , pipet , buret support , buret holder in common analysis , and is quite suitable for rapid analysis of industrial water quality in industry and in field .

  26. 通过对测量重复性、滴定管、移液管、标准溶液浓度等影响测量结果的不确定度分量的分析和量化,求得水中高锰酸盐指数测定结果的相对合成标准不确定度为1.10×10-2。

    By analyzing and quantifying the uncertainty components of the measurement results , including repeatability of measurement results , burette , suction pipe , the concentration of standard solution , etc. , the related combined standard uncertainty is 1.10 × 10 - 2 .