阴极射线

yīn jí shè xiàn
  • cathode ray
阴极射线阴极射线
阴极射线[yīn jí shè xiàn]
  1. 目前广泛应用的热阴极射线管(CRT)因不能与集成电路制造技术相兼容,很难实现结构上的小型化,且工作电压高,能耗大,面临着被淘汰的局面。

    The widely applied cathode ray tube ( CRT ) display works under high voltages and it is very energy-consuming . It is also incompatible with the fabrication technology of integration circuits and difficult to be miniaturized .

  2. 基底细胞癌和二战期间阴极射线照射

    Basal cell carcinoma and World War II-era cathode ray oscilloscope exposure

  3. 电视接收机有一个非常特殊的电子管,称为阴极射线管。

    The television receiver contain a very special sort of electron tube , called a " cathode-ray " tube .

  4. 比较两类二极管(E和C)的电致发光和阴极射线发光光谱。

    Comparision of the electroluminescence and cathodoluminescence spectra for two type diodes .

  5. GB/T14011-1992阴极射线管x射线辐射测试方法

    Methods of measurement of X-radiation for cathode-ray tubes

  6. 阴极射线激发下ZnO薄膜室温紫外发光的超线性增长规律

    Superlinear increase phenomenon of UV luminescence of ZnO film under cathodoluminescent excitation

  7. La2Ti2O7晶体缺陷的阴极射线致发光形貌术的研究

    Study on Defects In La_2Ti_2O_7 Crystals by Cathodoluminescence Topography

  8. ZnS∶Zn,Pb蓝粉在低压阴极射线激发下的应用

    Application of ZnS ∶ Zn , Pb Blue Phosphors under Low Voltage Cathode-ray Excitation

  9. 在阴极射线管(RT)示器上用来识别或强调数据的一种方法。

    A method used to distinguish or emphasize data on a CRT display .

  10. 伦琴认为阴极射线管一定在发射某种穿透力极强的射线,他称这种未知的射线为X射线。

    Roentgen decided that the tube must have been emitting some sort of penetrating rays . He named them X for unknown .

  11. 但在办公室里用的台式机上,受人信赖的阴极射线管(CRT)技术仍将很流行。

    On your desktop in the office , though , trusty CRT technology will prevail .

  12. 阴极射线管(CRT)显示器信息电磁泄漏频谱分析方法

    Method of Analysis on Spectrum of Information Electromagnetic Leakage from Cathode Ray Tube ( CRT ) Displays

  13. 固定阵列多元激光雷达阴极射线管(rt)电视(v)幕上的点阵列,当电子束击中时会发光。

    The matrix of dots on a CRT screen ( or TV set ) that emit light when bombarded by an electron beam .

  14. 在电子技术中,由阴极射线管(CRT)中电子枪所产生的、单向细电子流。

    In electronics , the unidirectional , pinhead electron stream generated by the cathode gun in a CRT .

  15. 巴赫男,蝇吨,斯特拉斯堡尔的H(1997)光栅扫描的视觉研究阴极射线管-在空间分辨率的限制,时间和强度,以及一些解决办法。

    Bach M , Meigen T , Strasburger H ( 1997 ) Raster-scan cathode ray tubes for vision research – limits of resolution in space , time and intensity , and some solutions .

  16. 废旧阴极射线管(CRT)显示器玻壳进入土壤后铅的释放及转化

    Release and Transform of Lead from the Glass of Cathode Ray Tube ( CRT ) Following Its Entrance in the Soil

  17. 简述了高清晰度数字电视的技术标准及未来数字时代阴极射线管(crt)型高清电视的发展方向。

    This paper introduces the technological criteria of HDTV and indicates the development tendency of HDTV using CRT in digital future .

  18. 文章介绍阴极射线发光分析方法的基本原理及其在GaN,SiC,ZnO和量子线等新材料研究中的应用实例。

    The fundamental principle of CL analysis and its applications in research of new materials , such as GaN , SiC , ZnO and quantum wires are reviewed .

  19. 二次电子或背散射电子的电流被用来调制阴极射线管(CRT)中电子束的强度。

    The secondary backscattered electron current is used to modulate the intensity of an electron beam in a cathode ray tube ( CRT ) .

  20. 直接在电脑彩色CRT(cathoderaytube,阴极射线管)显示器上输出该图像,将发生色度失真,需要进行色度校正。

    If the color image is displayed directly on the color cathode ray tube ( CRT ) monitor of a computer , colorimetric distortion will occur . Colorimetric correction is then needed .

  21. 研究了这些试样在254nm紫外线、阴极射线和X射线激发下的发光特性。

    The luminescent properties of these samples under the excitation of UV light , cathode-ray and x-ray were investigated .

  22. 重点讨论阴极射线管大屏幕HDTV显示器设计中的一些关键技术问题和总体设计中的技术发展趋势。

    This paper mainly discusses some key technology programs during the design of Large screen HDTV Ready and the technology-developing trend in general design .

  23. 他评论了J·W·弗来斯特和J·A·拉奇曼关于阴极射线管存储器的提议,后者正在美国无线电公司负责开发光线摄像管。

    For example , he discussed the cathode ray tube storage proposals made by J.W. Forrester and J.A. Rajchman , the latter being responsible for development of the Iconoscope at RCA .

  24. 主要由四部分组成,分别是对阴极射线、X射线的研究、对原子结构的设想和对物理化学课的教学。

    It was composed of four parts , namely Perrin 's researches on cathode rays , X rays and the imagination on the structure of atoms as well as his career as a teacher on physical chemistry .

  25. 从显示方式上可分为CRT(阴极射线管)式、LED(发光二极管)或LCD(液品)式和模拟仪表(指针仪表)式几种;

    Four types by display modes : CRT ( cathode - ray tube ), LED ( light emitting diode ), LCD ( liguid crystal display ) and analogue ( pointer ) instruments ;

  26. 在阴极射线(CR)激发下,研究了(LaO)3BO3:Tb3+的发光强度与Tb3+浓度、加速电压及电流密度的关系。

    Under the excitation of cathode ray , the dependence of Tb 3 + luminescent intensities on the concentration of Tb 3 + , the accelerated voltage and the current density were discussed .

  27. 本文介绍了显示器中常用的三种显示器件:CRT阴极射线管、LCD液晶和PDP等离子体。

    This paper gives an introduction to three kinds of display : CRT ( Cathode Ray Tube ), LCD ( Liquid Crystal Display ), and PDP ( Plasma Display Panel );

  28. 新电视虽不及阴极射线管(crt)15至20年的使用寿命长,但仍有7至10年。

    A new set is bought more often than the 15 to 20 years a cathode ray tube lasts , but the lifespan is still seven to 10 years .

  29. 需求增长的最大推动力来自新兴市场,那里的经济增长强劲,消费者正开始以平板电视取代阴极射线管(CRT)电视。

    The biggest factor boosting demand is emerging markets , where economic growth is strong , and consumers are starting to replace cathode ray tube TVs with flat-panel displays .

  30. 本文以普通光源、激光、同步辐射以及阴极射线为激发源,对我们生长的Ce3+∶YAG闪烁晶体的激发和发光特性进行了系统的研究。

    In this paper , excitation and luminescence properties of Ce 3 + ∶ YAG single crystal were systematically studied using visible , ultraviolet , vacuum ultraviolet light , laser and cathode-ray as excitation sources .