cherenkov

cherenkov

1. Development History and Present Situation of Cherenkov Radiation Materials

Cherenkov辐射材料的研究历史和现状

2. Gas Cherenkov Detector Calibration Correction for Small Angle GDH Experiment in Hall-A

Hall-A上小角度GDH实验中气体契仑柯夫探测器的刻度修正

3. SHG Cherenkov Radiation in LiNbO_3 Waveguide

LiNbO_3波导中切伦科夫辐射型的倍频

4. UNSC CENTCOM had sent nukes, launched from Slipspace, but plutonium emitted an aura of Cherenkov radiation upon reentering normal space, making all the stealth coatings and lead linings useless.

UNSC司令部曾经从断层空间发送过核武器，但在重返正常空间时，钚发出的切伦科夫辐射使辉光所有的隐形涂层和铅衬层失效。

5. Volume Effect to the Measurement of Cherenkov Radiation of~(32) P Water Solution

~(32)P水溶液切连科夫辐射测定中的体积效应

6. What's more, imaging atmospheric Cherenkov telescopes ought to be able to spot these shadows now as long as they can make measurements in the glare of the moon.

“他显然不是为了待遇，也得不 到那层象征意义，只能说是他对作协体制的一种认同。”

7. A Ring Imaging Cherenkov (RICH) counter dedicated to the AMS experiment is under development.

一只戒指成像切伦科夫（富国）反致力于AMS实验目前正在开发中。

8. Critical scattering angle of Compton electron producing Cherenkov radiation in the medium

产生切连科夫辐射的康普顿电子在介质中的临界散射角

9. STUDY OF DIELECTRIC CHERENKOV MASER

介质切伦可夫脉塞的研究

10. Dielectric Cherenkov Maser with Arbitrary Azimutha Model Number

任意角向模数的介质切伦可夫脉塞

11. Effect of the Propagation Loss on the Cherenkov SHG in a Channel Waveguide

传输损耗对条形波导中切伦科夫倍频的影响

12. There are many parallels between Cherenkov radiation and hydrodynamic shocks.

切仑可夫辐射和流体力学冲击之间有许多共同点。

13. Cherenkov detector

切伦柯夫探测器

14. Cherenkov maser

切伦柯夫脉塞

15. Cherenkov maser;

切伦柯夫脉塞;

16. Analytical Optimization of Cherenkov Cascading Nonlinear Effects

切伦科夫型级联二阶非线性效应的解析优化

17. cherenkov effect

切伦科夫效应

18. cherenkov counter

切伦科夫计数器

19. cherenkov radiation

切伦科夫辐射

20. Cherenkov radiation;

切伦科夫辐射；

21. A Measurement of Transit Time Spread of Photomultiplier Tube with Cherenkov Light

利用Cherenkov光测量光电倍增管渡越时间涨落

22. Making use of the linear field theory, the dielectric Cherenkov maser with an annular plasma is analysed in detail.

利用线性场理论,对填充环形等离子体的介质切伦可夫脉塞进行了详尽的分析;

23. The other is a spontaneous radiation process mainly due to Cherenkov resonance.

另一种是自发辐射,主要来自契仑柯夫共振。

24. The use of a background plasma in a dielectric Cherenkov maser can effectively increase the efficiency and the microwave power output of the device.

在介质切伦可夫脉塞中加入背景等离子体可有效地提高器件的效率和微波输出功率。

25. 2 presents a water tank for the Cherenkov calorimeter.

在第二章，详细论述了所构建的水基契伦可夫量能器模型。

26. Based on the coupled mode theory, second harmonic generation (SHG) in the form of Cherenkov radiation from a channel waveguide has been investigated taking the propagation loss into account.

基于耦合模理论 ,分析了考虑传输损耗的条形波导中切伦科夫 (Cherenkov)二次谐波 (SHG)的问题。

27. DIELECTRIC CHERENKOV MASER WITH AN ANNULAR PLASMA

填充环形等离子体的介质切伦可夫脉塞

28. Linear Theory of Plasma-filled Dielectric Cherenkov Maser

填充等离子体介质切伦可夫脉塞的线性理论

29. Cherenkov radiation in a plasma-filled, dielectric coaxial waveguide

填充等离子体的介质同轴波导中的切伦科夫辐射

30. Atmospheric Cherenkov Telescope

大气切伦科夫望远镜

31. A Detector System of Atmospheric Cherenkov Telescope

大气切伦科夫望远镜中的探测器系统

32. Cherenkov radiation isn't just pretty, it's useful: Many physics experiments involve looking for charged particles traveling almost as fast as c.

契伦科夫辐射并不只是美丽而已，它还很有用：许多物理实验都试图寻找接近光速c的带电粒子。

33. Some new work on the Cherenkov counting technique and rapid radiochemical analysis has been published.

契连可夫计数技术以及快速放化分析方面也有新的工作发表。

34. CHERENKOV RADIATION PRODUCED BY A SOLID ELECTRON BEAM IN A PLASMA FILLED DIELECTRIC LINER

实心注在等离子体介质筒产生的切伦可夫辐射

35. The volume effect to the measurement of Cherenkov radiation of 32 P water solution is studied.

对 32 P水溶液切连科夫辐射测定中体积因素对测定结果的影响进行了初步研究。

36. The volume effect to the measurement of Cherenkov radiation of 32P water solution is studied.

对32P水溶液切连科夫辐射测定中体积因素对测定结果的影响进行了初步研究。

37. The problem that Cherenkov radiation may exist in the ion-channel when a relativistic electron beam(REB)is injected into plasma has been demonstrated and studied.

对入射等离子体的相对论电子注(REB)在离子通道中可能产生切连科夫(Cherenkov)辐射的问题进行了论证与研究.

38. An Analytical Study on Cherenkov Cascading Second Order Nonlinearity

平板波导中切伦科夫型级联二阶非线性效应的理论分析

39. Analytical Optimization of Cherenkov Cascading Nonlinear Effects[J].

引用该论文 张海斌,胡鸿璋,梁麦林,钟开生.

40. Effect of the Propagation Loss on the Cherenkov SHG in a Channel Waveguide[J].

引用该论文 钟开生,胡鸿璋,唐多强,陆樟献.

41. An Analytical Study on Cherenkov Cascading Second Order Nonlinearity[J].

引用该论文 钟开生,胡鸿璋,张海斌,梁麦林.

42. A method for measuring TTS of photomultiplier with Cherenkov lightproduced by direct gamma ray illumination on glass windowis presented and theexperi mental result for fine-mesh R5924 is given.

描述了一种利用伽马射线照射光阴极生成的切伦科夫光来测定光电倍增管渡越时间分散的实验方法,并利用这种方法测量了Hamamatsu R-5924光电倍增管的渡越时间分散.

43. Improved neutron and neutrino detection using water Cherenkov detectors loaded with gadolinium has been proposed for potential application in both large and small volume detectors.

摘 要 当今在造船工业、压力容器、钢铁结构及板金冲压工业界中，很多需要使用钢板弯曲成形来制作成品。

44. Abstract The volume effect to the measurement of Cherenkov radiation of 32 P water solution is studied.

摘要 对 32 P水溶液切连科夫辐射测定中体积因素对测定结果的影响进行了初步研究。

45. In the article, the Cherenkov counting technique for assying radionuclides is reviewed.

文章对用于放射性核素测量的切连科夫计数技术作一综述。

46. Study of Cherenkov instability for a plasma immersed waveguide in a finite magnetic field

有限磁场作用下等离子体背景中的切伦可夫不稳定性研究

47. The principle of the inverse cherenkov focusing laser accelerator is presented.

本文提出逆契仑柯夫聚焦激光加速电子的基本原理。

48. gas Cherenkov detector

气体契仑柯夫探测器

49. Growth And Cherenkov Radiation Characteristics of PbF2 Crystals

氟化铅晶体的生长与Cherenkov辐射特性

50. NEW GROWTH METHOD FOR LEAD FLUORIDE CRYSTAL WITH STRONG CHERENKOV EFFECT

氟化铅晶体的生长新技术及其Cherenkov辐射效应

51. Present a variety of unusual electromagnetic and optical properties, such as reversed Doppler shift, Cherenkov radiation, Goos-Hanchen shift, negative refraction effect and perfect lens.

满足左手定则而得名。 左手材料中传播的相速度和群速度方向相反,因而表现出一系列奇异的电磁学特性,如反常Doppler效应、反常Cherenkov辐射、反常Goos-H(?)

52. Plasma-filled Dielectric Cherenkov Maser Excited by an Annular Relativistic Electron Beam

环形相对论电子注激励的等离子体介质切伦可夫脉塞

53. A Padding System for Very High Energy Atmospheric Cherenkov Telescope and Its Noise

甚高能大气切伦科夫望远镜中的光补偿系统及其产生的噪声

54. CHERENKOV COUNTING TECHNIQUE FOR ASSAYING NUCLIDES

用于核素测量中的切连科夫计数技术

55. Measurement of TTS of Fine-Mesh PMT with Cherenkov Light

用切伦科夫光测量网栅型光电倍增管的渡越时间分散(英文)

56. A study of relation between Cherenkov light distribution and character of cosmic rays by Monte Carlo method

用蒙特卡洛方法研究大气簇射契仑柯夫光与初级宇宙线特性之间的关系

57. These bombardments generate showers of secondary particles that light up our skies at night, if you have the right equipment to see 'em: so-called imaging atmospheric Cherenkov telescopes.

由于上下楼梯劳累,人发明了电梯;

58. In this thesis, work performed to determine the effect on transparency resulting from use of GdCl3 in stainless steel constructed water Cherenkov detectors is presented.

由于系统误差会造成光达点云座标定位偏差，因此必须了解并消除或减少因系统误差所造成的影响。

59. Cherenkov radiation of relativistic electron beam in the ion-channel

离子通道中相对论电子注的切连科夫辐射

60. PLASMA-FILLED DIELECTRIC CHERENKOV MASER WITH A LONGITUDINAL MAGNETIC FIELD

考虑纵向磁场的等离子体介质切伦可夫脉塞

61. Dielectric Cherenkov Maser with a Thin Annular Relativistic Electron Beam

薄环形相对论电子注介质切伦可夫脉塞

62. Cherenkov Counter for Particle Identification Teat Beam

试验束测量中的气体阈式契仑科夫计数器

63. An axial electron beam passing through a dielectric slow-wave structure can producecoherent Cherenkov radiation whose phase velocity is slightly slower than the velocity of the beam. This phenomenon is the basis of all traveling wave tubes.

轴向电子注通过介质慢波系统，当波的相速略低于电子注的速度时就可产生相干的切伦可夫辐射，这一现象是一切行波管的基础。

64. The results play an important role in the design and fabrication of Cherenkov frequency doubler.

这一结果不同于未考虑传输损耗时转换效率所具有的线性性质 ,这对于切伦科夫频率倍频器的研制中参数的优化具有重要的意义

65. This effect is called Cherenkov radiation, and it's what makes that eerie blue glow you see in a reactor core (preferably from a safe distance).

这个效应被称之为契伦科夫辐射，就是它产生了你从核反应堆核心处看到的奇异的蓝光（最好站在安全距离以外）。

66. FAR INFRARED CHERENKOV FEL KINETIC THEORY

远红外契伦柯夫FEL的动力学理论

67. AN INVERSE CHERENKOV FOCUSING LASER ACCELERATOR

逆契仑柯夫聚焦激光电子加速器

68. Normally, it is impossible to distinguish Cherenkov radiation generated by positrons from that created by electrons.

通常由电子还是正电子产生的切伦科夫射线是可以区分开的。

69. Can the growing number of imaging atmospheric Cherenkov telescopes help?

韩寒不过是斯文版的罗永浩。

70. Study on the High-Power Cherenkov Device of Millimeter Wave

高功率毫米波Cherenkov器件研究