荧光管

  • 网络Fluorescent Tube;LED;CCFL
荧光管荧光管
  1. 基于真空荧光管(VFD)的汽车组合仪表

    The Automobile Assembled Meter Based on VFD

  2. LCD背光源用平板荧光管

    Flat Fluorescent Lamp for LCD Back - Light

  3. LCD背光源用平板荧光管红外加热技术在荧光灯生产中的应用

    Flat Fluorescent Lamp for LCD Back-Light Application of Far-infrared Torrefying Pipe in Fluorescent Lamp Production

  4. 这种灯是在发光两级管(LED)技术的基础上研发的,使用的电力要比白炽灯或荧光管使用的电力少得多。

    The lamp is based on light-emitting diode ( LED ) technology , which uses much less electricity than incandescent bulbs or fluorescent tubes .

  5. LCD背光源用平板荧光管激光光源荧光法测定铀新法

    Flat fluorescent lamp for LCD back-light a new method of measuring u by using laser excited fluorescence

  6. 阴极射线管、电子部件和荧光管玻璃中的铅;

    Lead blended into the glass of cathode ray tubes , electronic components , and fluorescent tubes ;

  7. 背光源作为液晶显示屏中的重要组成部分,长期以来主要使用的是冷阴极荧光管。

    In all types of FPD , Liquid Crystal Display ( LCD ) occupies a dominant position . In a long time , as an important part of LCD , backlight mainly uses Cold Cathode Fluorescent Lamp .

  8. 无油真空系统在荧光显示管生产中的作用

    Function of vacuum system without oil in production of VFD tubes

  9. 荧光显示管亮度均匀性的控制

    Control of the Uniformity of Luminance of Vacuum Fluorescent Display

  10. 用8279买现10段荧光显示管的显示管理

    The Display Principle of the Implementation Using 8279 for 10 - Segment Fluorescent Digitron

  11. 一种改善荧光数码管低温显示性能的控制电路

    A control circuit for improving display performance of low voltage fluorescent tubes at low temperature

  12. GB/T3790-1995荧光显示管测试方法

    Methods of measurement for fluorescent display tubes

  13. 真空荧光显示管激发功率分布的均匀性分析

    Analysis of the Distribution Uniformity of the Exciting Power Density of Vacuum Fluorescent Display Tubes

  14. 荧光显示管直丝氧化物阴极有效逸出功的计算

    Calculation of the Effective Escape Work of the Straight Wire Oxide Cathode of Fluorescent Display Device

  15. 从X射线荧光测井探管和方法技术两个方面入手,有效地解决了X射线荧光测井工作中井液厚度变化对X射线荧光测井结果的影响。

    From aspects of the XRF logging probe itself and techniques , effectively solved the problem of drilling fluid thickness influence on XRF logging result .

  16. 对荧光X射线管还应测定几个射线束方向的原级谱加以平均求得有效原级谱。

    For the fluorescent X-ray tubes , several spectral distributions of different directions of primary X-ray beam must be determined and then the mean values of these data are calculated in order to obtain the effective spectral distributions .

  17. RT-LAMP产物加入荧光染料,管中反应液变绿,呈阳性结果;阴性对照管和空白对照管保持橙色,呈阴性结果。

    By adding fluorescent dye into RT-LAMP products , the reaction solution turns green , showing the positive result while negative control and no template control keep the color of orange , showing the negative results . 3 .

  18. GB/T9430-1988荧光数码显示管亮度稳定性试验方法

    Methods of test of luminance stability for fluorescent display tubes

  19. GB/T9586-1988荧光数码显示管加速寿命试验方法

    Methods of accelerated life test of fluorescent display tubes

  20. 这些荧光粉在管电压范围内具有非常直的反应。

    These phosphors characteristically exhibit an extremely linear response over a broad kVp range .

  21. 荧光粉试验管的研究与设计

    Research and Design of a Phosphor Powder Test-tube

  22. 真空荧光数字显示管

    Vacuum fluorescent digit-display tube

  23. 快速荧光生长指示管检测法对各种抗酸分支杆菌培养的研究

    The study on rapid culture detection in the standard strains of acid-fast mycobacterium using fluorescent growth indicator tube

  24. 目的探讨快速荧光生长指示管培养法对各种抗酸分支杆菌菌株培养的适应性。

    Objective To approach the adaptability of the culture system of a rapid fluorescent growth indicator tube , using various strains of acid-fast mycobacterium .

  25. 高亮度高分辨率12.7cmMAO荧光屏CRT投影管

    High Luminance and High Resolution MAO Phosphor Screens Used in 12.7 cm Projection Cathode Ray Tubes

  26. 或标记后的标本同样处理后,加混匀的Flow-Count标准荧光小球到标本管2h内上机,计算出CD4+细胞的绝对计数。

    Specimen after labelling was treated as the same , and Flow-Count standard fluorescent micro-ball was added in specimen tube . Absolute counting of CD4 + cells was calculated within 2 hours .

  27. 真空荧光显示原理在象素管中的应用五极彩色荧光象素管及其电视图像显示

    Application of Vacuum Fluorescent Display Technology to Picture Element Tube

  28. 荧光灯包括一个用作荧光管的玻璃管,它是由含有放射成分的玻璃材料制成的。

    Objects cast shadows as if the light were emitted from a line , like a fluorescent tube .